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                    <text>Stock market price index return forecasting using ANN
Gunter Senyurt, Abdulhamit Subasi
E-mail : gsenyurt@ibu.edu.ba, asubasi@ibu.edu.ba
Abstract
Even though many new data mining techniques have been introduced in prediction
estimation, there is still no single best solution to all financial problems. In this study, an
artificial neural network (ANN) model is utilized for predicting price index returns through
regression. Ten technical market indicators, seven macroeconomic variables, a couple of
other international market indices and a sliding window of ten inputs make up the 30
attributes used in this study. Different combinations of attribute sets is experimented with
different ANN model parameter values to find the highest forecasting accuracy.
Keywords: Price index return, ANN, Forecasting, Data Mining Techniques.
1. INTRODUCTION
While there are certain techniques to forecast in which direction the market would be moving
or what price levels would be expected, empirical evidence shows that some models work
better than the others in different cases (Satchell, 2005). It is of utmost importance for
investors to estimate the trend of the markets as precisely as possible in order to reach the
best trading decisions for their investments, so in this context it is in the investor's best
interest to use the most accurate time series forecasting model to maximize the profit or to
minimize the risk. All in all, it is a quite challenging job to make accurate predictions of stock
market index movements and model the time series data, especially in highly volatile markets
such as the Turkish stock market. That is due to the fact that stock markets are in general
chaotic and complex mechanisms with dynamic, nonlinear and nonparametric variables
(Abu-Mostafa and Atiya, 1996).
Moreover, markets are influenced by numerous
macroeconomic factors, institutional investor choices, human psychology, political events,
company policies, other stock market movements and economic affairs (Tan, Quek, and See,
2007). In this study, the ISE National 100 Index (XU-100) has been chosen for data analysis,
since the Turkish stock market is a relatively young emerging market and it has presented an
outstanding growth rate since its establishment in the late 80's. There is lots of empirical
work available in literature on well established and developed markets such as Dow Jones
(USA) or DAX (Germany), whereas little research material is available on new emerging
markets such as ISE (Kara, Boyacioglu, and Baykan, 2010). The Istanbul Stock Exchange is
highly volatile in terms of market returns, a feature which is attracting many local and
367

�international investors worldwide seeking for high return possibilities (Armano, Marchesi,
and Murru, 2005). By means of this study, it is aimed at contributing to the demonstration
and verification of the XU-100 index price level predictability through ANN. The related
predicting performances are compared based on statistical criteria such as relative absolute
error (RAE), root relative squared error (RRSE) and the squared value of the correlation
coefficient
The remaining part of this study is organized into four sections. The next
section presents an overview of the theoretical literature while in section 3 the research data
and the structure of ANN is described. In section 4, the reports and results of empirical
findings from the comparative analysis are given. Finally, the last section contains the
concluding remarks.
2. Literature Review
There are various ANN methods that can be used in predicting stock price returns and a great
deal of research has been conducted on using ANN to forecast financial time series data
outputs suggesting ANN as a powerful tool in predicting stock market return (Avci, 2007;
Karaatli, 2005). Chen, Leung and Daouk (2003) used the probabilistic neural network (PNN)
which showed strong predictive power over other models such as the GMM-Kalman filter
and random walk. Diler (2003) who trained back propagation neural networks, based the
input attributes on some technical market indicators like momentum, moving average,
moving average convergence divergence (MACD), RSI and stochastic %K and forecasted the
ISE 100 index direction with % 60.81 accuracy while Altay and Satman (2005) also used
ISE-30 and ISE-ALL indices to see the performances of several neural network models. Cao,
Leggio, and Schniederjans (2005) effectively proved that multivariate neural networks could
outperform the linear models for stock price movement predictions of Shanghai Stock
Exchange listed companies.
3. Materials and Methods
3.1 Research Data
In this study, all experiments were conducted on WEKA software using its MLP built-in tool
to make comparisons of prediction performances based on the chosen dataset. The full dataset
is comprised of 30 input variables in total. The first 10 input attributes are technical market
indicators as used by Kara, Boyacioglu and Baykan (2010) which are 10-day moving
average, 10-day weighted moving average, momentum, stochastic %K, stochastic %D, RSI
(Relative Strength Index), MACD (moving average convergence divergence), Larry
William's %R, A/D (Accumulation/Distribution) Oscillator and CCI (Commodity Channel
Index). Another 10 inputs are mainly chosen from macroeconomic variables, consisting of
USD(sell)-Turkish Lira exchange rate, gold price (close), monthly interest rate, CPI
(consumer price index), WPI (wholesale price index), PPI (producer price index), Industrial
368

�Production Index, DJI (Dow Jones) closing price, DAX (Germany) closing price and
BOVESPA (Brazil) closing price. These variables are slightly differently chosen than
Boyacioglu and Avci (2010)'s input variables. The final 10 inputs are a sliding window of the
last 10 elements of XU-100 closing price index. In Yumlu and Gurgen (2005) an input
window size of seven was used but it is preferred to use the last 10 elements in this study. For
the regression analysis, 10-fold cross-validation was used as the test option in WEKA.
3.2 Artificial Neural Network (ANN) Model
Artificial neural networks are capable estimation models for financial modeling and
prediction (Kara, Boyacioglu, and Baykan, 2010). In this study, a three layered feed-forward
ANN structure (a multilayer perceptron) is used to forecast stock market index movements.
Multilayer perceptrons (MLP) have one or more layers between input and output layers,
called hidden layers, that can approximate any nonlinear relation to any accuracy given
sufficiently large number of neurons. The nonlinearity used in the nodes provides MLP with
a universal approximation power. “It has been scientifically proved that a three-layered MLP
using sigmoidal activation function can approximate well any continuous multivariate
function to any accuracy.” (Du and Swamy, 2006). MLP shows high efficiency in function
approximation for high-dimensional spaces. It has clear advantage over linear regression
methods in that the input dimensionality does not affect the error convergence rate, while
conventional linear regression methods suffer from the size of dimensionality. The most
popular learning rule in supervised learning is the back propagation learning algorithm which
is used to train the neural network. In order to minimize a cost function that is equivalent to
MSE (mean squared error) between the desired and actual network outputs, a gradient search
method is utilized. An input pattern is introduced to the system and the resulting computed
output is compared with the actual given output (target output). The error of each calculated
output is propagated backward that establishes a closed-loop control system which adjusts
weights by a gradient-descend based algorithm (Du and Swamy, 2006).
4. Results and Discussion
The relevance and quality of the data, usually, has a big impact on the performance of the
model used. Thus, the choice of data becomes the most important part in forecasting the
markets. In this study, all series are real-valued and the input data spans from 02/01/1997 to
31/12/2007. For WEKA testing, the statistical model adequacy metrics relative absolute error
(RAE), root relative squared error (RRSE), and the square of the correlation coefficient
are utilized, showing the ability of the model to capture the data. A dataset of 10, 20 and
30 inputs are tested in order to see which attribute set have better predictive power over the
others. Table 1 and 2 prove the effectiveness of the sliding window when used together with
technical indicator inputs creating much lower error values.
369

�Table 1. MLP regression results (% relative absolute error values - % RAE).
# of neurons in the hidden layer(n)
Input Feature Sets

4

7

10

20

40

50

70

90

1

0.87

1.06

1.15

1.13

1.24

0.94

1.33

1.80

1.61

1.70

1.76

1.88

1.90

1.78

1.83

technical indicators

1.71

1.63

1.74

2

2.32

2

2

2.1

technical indicators + last 10

0.39

0.42

0.42

0.6

0.73

0.75

1.84

1.63

macroeconomic variables + last 10

3.46

3.35

3.33

3.41

3.55

3.60

3.41

8.9

technical indicators + macro
economic variables + last 10
technical indicators + macro
economic variables

Table 2. MLP regression results (% root relative squared error - %RRSE).
# of neurons in the hidden layer(n)
Input Feature Sets

4

7

10

20

40

50

70

90

1.05

0.95

1.20

1.29

1.24

1.35

1.04

1.53

1.73

1.91

1.79

1.87

1.95

1.98

1.87

1.90

technical indicators

1.86

1.80

1.91

2.22

2.46

2.1

2.13

2.24

technical indicators + last 10

0.47

0.49

0.49

0.69

0.83

0.87

3.1

1.94

macroeconomic variables + last 10

3.81

3.70

3.70

3.79

3.96

4

3.91

18.9

technical indicators + macro
economic variables + last 10
technical indicators + macro
economic variables

370

�Figure 1. MLP regression result for n=4 (4 neurons in the hidden layer) and
30 features (technical indicators+macroecon. variables+last 10 slid. window).

Figure 2.

MLP regression for n=4 (4 neurons in the hidden layer) and 30

features (technical indicators+macroecon. variables+last 10 sliding window).
5.CONCLUSION
371

�The issue of accurately predicting the stock market price levels is highly important for
formulating the best market trading solutions. It is fundamentally affecting buy and sell
decisions of an instrument that can be lucrative for investors. This study focuses on
predicting the ISE National 100 closing price levels using ANN based on the daily data from
1997 to 2007. The experimental results give us some very important clues. Firstly, ANN
shows superior predicting power in forecasting the stock market price level index. MLP
presents 0.39 % RAE in its best case, which is a perfectly good outcome. Even though the
prediction performance of ANN outperforms studies alike in literature, it is still likely that the
forecasting performance of the model can still be improved by doing the followings: Either
the model parameters should be adjusted by thorough experimentation or the input variable
sets need to be modified by selecting those input attributes that are more realistic in reflecting
the market workings. (Kara, Boyacioglu, and Baykan, 2010) had already proved the
significance of using ten particular technical market indicators which gave also good results
in this study, as well. Besides, the use of a sliding window of the last ten elements of the ISE
100 index proved to be an effective tool in forecasting the market level and direction.
However, the seven macroeconomic variables and three other international market indices
were not found to be very useful in this study, which means that more appropriate variables
has to be found that may improve the forecasting performance of the models employed that
can be a further subject of study for interested readers.
Acknowledgement : We sincerely deliver our special thanks to Assist. Prof. Melek Acar
Boyacioglu for her graciousness in sharing her knowledge with us.
REFERENCES
Abu-Mostafa, Y. S., &amp; Atiya, A. F. (1996). Introduction to financial forecasting. Applied
Intelligence, 6(3), 205–213.
Altay, E., &amp; Satman, M. H. (2005). Stock market forecasting: Artificial neural networks and
linear regression comparison in an emerging market. Journal of Financial Management and
Analysis, 18(2), 18–33.
Armano, G., Marchesi, M., &amp; Murru, A. A. (2005). Hybrid genetic-neural architecture for
stock indexes forecasting. Information Sciences, 170, 3–33.
Avci, E. (2007). Forecasting daily and sessional returns of the ISE-100 index with neural
network models. Journal of Dogus University, 8(2), 128–142.
Boyacioglu M.A., Avci D., (2010). An Adaptive Network-Based Fuzzy Inference System
(ANFIS) for the prediction of stock market return: The case of the Istanbul Stock Exchange.
Expert Systems with Applications 37, 7908–7912.

372

�Cao, Q., Leggio, K. B., &amp; Schniederjans, M. J. A. (2005). A comparison between Fama and
French’s model and artificial neural networks in predicting the Chinese stock market.
Computers &amp; Operations Research, 32, 2499–2512.
Chen, A. S., Leung, M. T., &amp; Daouk, H. (2003). Application of neural networks to an
emerging financial market: Forecasting and trading the Taiwan Stock Index. Computers &amp;
Operations Research, 30(6), 901–923.
Colby, Robert W. The Encyclopedia of Technical Market Indicators, McGraw-Hill, 2nd.
edition, 2003.
Diler, A. I. (2003). Predicting direction of ISE national-100 index with back propagation
trained neural network. Journal of Istanbul Stock Exchange, 7(25–26), 65–81.
Du K.-L., Swamy M.N.S., (2006). Neural Networks in a Softcomputing Framework,
Springer-Verlag.
Kara Y., Boyacioglu M.A., Baykan O.K., (2010). Predicting direction of stock price index
movement using artificial neural networks and support vector machines: The sample of the
Istanbul Stock Exchange. Expert Systems with Applications 38, 5311–5319.
Karaatli, M., Gungor, I., Demir, Y., &amp; Kalayci, S. (2005). Estimating stock market
movements with neural network approach. Journal of Balikesir University, 2(1), 22–48.
Satchell, C., (2005). Pattern Recognition and Trading Decisions, McGraw-Hill.Tan, T. Z.,
Quek, C., &amp; See, Ng. G. (2007). Biological brain-inspired genetic complementary learning
for stock market and bank failure prediction. Computational Intelligence, 23(2), 236–261.
Tan, T. Z., Quek, C., &amp; See, Ng. G. (2007). Biological brain-inspired genetic complementary
learning for stock market and bank failure prediction. Computational Intelligence, 23(2),
236–261.
Weka, Waikato Environment for Knowledge Analysis, Version 3.7.3, The University of
Waikato Hamilton, New Zealand, 1999-2010.
Yumlu, S., Gurgen, F., Okay, N., (2005). A comparison of global, recurrent and smoothedpiecewise neural models for Istanbul stock exchange (ISE) prediction. Pattern Recognition
Letters 26, 2093–2103.

373

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                <text>Even though many new data mining techniques have been introduced in prediction  estimation, there is still no single best solution to all financial problems. In this study, an  artificial neural network (ANN) model is utilized for predicting price index returns through  regression. Ten technical market indicators, seven macroeconomic variables, a couple of  other international market indices and a sliding window of ten inputs make up the 30  attributes used in this study. Different combinations of attribute sets is experimented with  different ANN model parameter values to find the highest forecasting accuracy.  Keywords: Price index return, ANN, Forecasting, Data Mining Techniques.</text>
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                    <text>Stock market movement direction prediction using tree algorithms
Gunter Senyurt, Abdulhamit Subasi
E-mail : gsenyurt@ibu.edu.ba, asubasi@ibu.edu.ba
Abstract
One of the highly challenging businesses today is the task of forecasting the market
movements by examining the financial time series data as correctly as possible in order to
hedge against the almost incalculable risk involved and to yield better profits for investors. If
there was a highly credible estimation technique available giving better results than the
traditional statistical tools for financial markets, it would be a great asset for trading decision
makers of all kinds such as speculators, arbitrageurs, portfolio fund managers and even
individual investors. In this study CART, C4.5 and Random Forest algorithms were used to
predict the movement direction of a 10 year Istanbul Stock Exchange index (XU-100). Ten
technical market indicators such as momentum, MACD and RSI were used in this study as
the feature set.
Keywords: Price movement direction, CART, C4.5, Random Forest, forecasting, stock
market.
1. INTRODUCTION
The complex dynamism of the markets is characterized by the nonlinearity and
nonparametric nature of the variables influencing the index movement directions including
human psychology and political events. The unpredictable volatility of the market index
makes it a highly challenging task to accurately forecast its path of movement. On the other
hand, it is crucial for investors to estimate the trend of the markets as precisely as possible in
order to reach the best trading decisions for their investments, so in this context it is in the
investor's best interest to use the most accurate time series forecasting model to maximize the
profit or to minimize the risk. By means of this study, it is aimed at contributing to the
demonstration and verification of the XU-100 index movement path predictability through
some tree algorithms. The stochastic performance parameter is accuracy and it is defined as
the ratio of the correctly classified instances divided by the number of all instances. The
remaining part of this study is organized into four sections. The next section presents an
overview of the theoretical literature while in section 3 the research data and the structures of
tree algorithms CART, C4.5, Random Forest is described. In section 4, the reports and results
of empirical findings from the comparative WEKA analysis are given. Finally, the last
section contains the concluding remarks.
374

�2. Literature Review
CART review
The classification tree analysis CART (classification and regression trees) is suggested first
by Breiman (1984) and uses the predictor variables splitting rule to build a binary decision
tree (Denison, Mallick and Smith, 1998). The CART method is experimented in the credit
scoring area, retail lending and evaluation of insurance risks in workers’ compensation
showing better results than logistic regression and discriminant analysis (Friedman 1991,
Devaney 1994, Lee 2006, Kolyshkina 2002).
C4.5 review
The C4.5 method is high in efficiency when used for inductive inference. Recent research has
shown that this algorithm produces high accuracy in image segmentation (Polat and Gunes,
2009; Mazid, Ali and Tickle, 2010). In another work a hybrid approach including C4.5 is
suggested with potentially high outcomes (Jiang and Yu, 2009; Mazid, Ali and Tickle, 2010).
It is also used for classification of remote sensing data (Yu and Ai, 2009; Mazid, Ali and
Tickle, 2010). Another variant of C4.5 successfully trimmed down the leaf node number and
improved accuracy (Yang, 2009; Mazid, Ali and Tickle, 2010).
Random Forest review
High-dimensional classification and regression problems can be approached by using random
forest algorithm that is extensively researched by Breiman (2001). Among the machine
learning techniques used to predict markets random forest is quite successful (Dietterich,
2000). Though the practicality of random forest is excellent it is hard to interpret and clarify
mathematically (Breiman, 2002; Lin and Jeon, 2006; Biau et al., 2008, Biau and Devroye,
2008).
3. Materials and Methods
CART method
CART constructs a tree where the data is separated into two parts by binary variable splits.
The best divider variable and the best point to split is determined by variance minimization.
The CART algorithm can be viewed as a classification procedure consisting of four distinct
parts:
Part 1: a variance criterion,
Part 2: the criterion how good it is split,
Part 3: the terminal node class assignments and estimates of resubstitution,
Part 4: determining the right tree complexity (Buyukbebeci, 2009).
375

�The root node, internal nodes and leaf (terminal) nodes constitute the CART tree. Two child
nodes follow each root and internal node. Each node contains and is defined by the subset of
the original learning sample. The splitting of each node into child nodes is characterized by a
certain rule depending on the chosen feature. The child nodes inherit subsamples with
minimum variance that measures their heterogeneity from parent nodes (Iscanoglu, 2005).
The goodness of the splitting procedure is defined by an impurity function that is derived
from a a variance function which is applied to each split point indicating the best point for
splitting (Iscanoglu, 2005).
Gini, Entropy and Twoing are the main rules for binary recursive splitting that are derived
from the impurity function (Breiman, Frydman, Olshen and Stone, 1984)
C4.5 Method
In doing classification with C4.5, the concepts of entropy and correlation coefficient need to
be explained in brief. Entropy is a measure of uncertainty among random variables in a
collection of data or in other words entropy provides information about the behavior of
random processes used in data analysis. Correlation coefficient has its uses as a chief
statistical tool in data analysis finding the relationship between variable sets. Different ways
of calculations have been introduced to boost the efficiency of the correlation coefficient
among which are Kendall, Pearson’s and Spearman’s correlation coefficients.There are
several test options with WEKA providing data classification such as training set, supplied
test set, percentage split and cross validation. In this paper, cross validation is chosen as the
test option (Mazid M., Ali S. and Tickle K. (2010).
Random Forest method
Random forests are based on conjoining lots of binary regression trees. In the process of
growing these large number of regression trees independent subsets of variables are used.
Random forests randomly choose variables to split and a bootstrapped sample of the dataset
builds the decision trees (Efron and Tibshirani, 1993). When K trees are aggregated the
predicted decision is gained as the average value over these K trees. Marking each single tree
predictors by
, the final outcome is:
(x)
Research Data
In this study, all experiments were conducted on WEKA software using its tree classifiers
built-in tool to make comparisons of prediction performances based on the chosen dataset.
The dataset is comprised of 10 input variables with 2733 instances in total. These 10 input
attributes are technical market indicators as used by Kara, Boyacioglu and Baykan (2010)
which are 10-day moving average, 10-day weighted moving average, momentum, stochastic
%K, stochastic %D, RSI (Relative Strength Index), MACD (moving average convergence
divergence), Larry William's %R, A/D (Accumulation/Distribution) Oscillator and CCI
376

�(Commodity Channel Index). The total number of cases or 2733 trading days have 1440 days
with increasing direction (advances), while 1293 days show decreasing direction (declines).
In the analysis, 10-fold cross-validation was used as the test option in WEKA.
4. Results and Discussion
The relevance and quality of the data, usually, has a big impact on the performance of the
model used. Thus, the choice of data becomes the most important part in forecasting the
markets. In this study, all series are real-valued and the input data spans from 02/01/1997 to
31/12/2007. For WEKA testing, the accuracy or correctly classified instances metric is
utilized, showing the ability of the model to capture the data. The dataset with 10 features is
tested using CART, C4.5 and Random Forest classifiers in order to see which tree algorithm
has better predictive power over the others. The results of the tests can be seen in the Table 1
where CART and Random Forest classifiers have almost identical prediction power, whereas
C4.5 has a little less prediction power compared to the other two tree algorithms.
Table 1. Tree Classifiers Test Results
% Accuracy (correctly classified instances)
CART

78.05

C4.5

77.29

Random Forest

78.23

5. CONCLUSION
The issue of accurately predicting the stock market price movement direction is highly
important for formulating the best market trading solutions. It is fundamentally affecting buy
and sell decisions of an instrument that can be lucrative for investors. This study focuses on
predicting the ISE National 100 closing price movement directions using tree algorithms
based on the daily data from 1997 to 2007. Even though the prediction performance of tree
classifiers such as CART, random forest and C4.5 do not really outperform studies alike in
literature, it is still likely that the forecasting performance of the models can still be improved
by doing the followings: Either the model parameters should be adjusted by thorough
experimentation or the input variable sets need to be modified by selecting those input
attributes that are more realistic in reflecting the market workings. (Kara, Boyacioglu, and
Baykan, 2010) had already proved the significance of using ten particular technical market
indicators which gave also about %78 accuracy in this study, as well. More appropriate
377

�variables has to be found that may improve the forecasting performance of the models
employed that can be a further subject of study for interested readers.
Acknowledgement : We sincerely deliver our special thanks to Assist. Prof. Melek Acar
Boyacioglu for her graciousness in sharing her knowledge with us.
REFERENCES
Biau G., Devroye L., and Lugosi G. (2008), Consistency of random forests and other
averaging classifiers, Journal of Machine Learning Research, 9, 2015-2033.
Biau G., Devroye L., and Lugosi G. (2008), On the layered nearest neighbour estimate, the
bagged nearest neighbour estimate and the random forest method in regression and
classification, Technical report, Universite Paris 6.
Breiman, L., Frydman, H., Olshen, R.A., and Stone, C.J. (1984), Classification and
Regression Trees, Chapman and Hall, New York, London.
Breiman, L. (2001), Random forests, Machine Learning, Kluwer Academic Publishers, 45, 532.
Breiman, L. (2002), Manual on setting up, using, and understanding Random Forests v3.1,
Technical Report, http://oz.berkeley.edu/users/breiman.
Buyukbebeci, E. (2009), Comparison of MARS, CMARS and CART in predicting default
probabilities for emerging markets, Master Thesis, METU, Ankara.
David G.T. Denison, Bani K. Mallick, Adrian F.M. Smith, Biometrika, Vol.85, No.2 (1998),
363-377.
Devaney, S. (1994), The Usefulness of Financial Ratios as Predictors of Household
Insolvency: Two Perspectives, Financial Counseling and Planning, 5, 15-24.
Dietterich T.G. (2000), Ensemble methods in machine learning, Lecture Notes in Computer
Science, Springer-Verlag, 1-15, 2000.
Efron B. and Tibshirani R. J. (1993), An Introduction to the Bootstrap, New York, Chapman
and Hall.
Friedman, J.H. (1991), Multivariate adaptive regression splines, The Annals of Statistics, 19,
1 ,1-141.
Frydman, H., Olshen, R.A., and Stone, C.J., Classification and Regression Trees, Chapman
and Hall, New York, London, 1984.
Iscanoglu, A. (2005), Credit Scoring Methods and Accuracy Ratio, Master Thesis, METU,
Ankara.
Jiang S. and Yu W. (2009), A Combination Classification Algorithm Based on Outlier
Detection and C4.5, Springer Publications.
378

�Kara Y., Boyacioglu M.A., Baykan O.K., (2010). Predicting direction of stock price index
movement using artificial neural networks and support vector machines: The sample of the
Istanbul Stock Exchange. Expert Systems with Applications 38, 5311–5319.
Kolyshkina I. and Brookes R. (2002), Data Mining Approaches to Modeling Insurance Risk,
Report, Price Waterhouse Coopers.
Lee T., Chiu C., Chou Y., and Lu C. (2006), Mining the customer credit using classification
and regression tree and multivariate adaptive regression splines, Computational Statistics &amp;
Data Analysis, 50, 1113-1130.
Lin Y. and Jeon Y. (2006), Random forests and adaptive nearest neighbours, Journal of
American Statistical Association, 101, 578-590.
Mazid M., Ali S. and Tickle K. (2010), Improved C4.5 Algorithm for rule based
classification, Recent Advances in Artificial Intelligence, Knowledge Engineering and Data
Bases, Australia.
Polat K. and Gune S. (2009), A novel hybrid intelligent method based on C4.5 decision tree
classifier and one against-all approach for multi-class classification problems, Expert
Systems with Applications, vol.36, 1587-1592.
Yang X.Y. (2009), Decision tree induction with constrained number of leaf node, Master
Thesis, National Central University, Taiwan.
Yu M. and Ai T.H. (2009), Study of RS data classification based on rough sets and C4.5
algorithm, In Proceedings of the Society of Photo-Optical Instrumentation Engineers (SPIE)
Conference Series.
Weka (1999-2010), Waikato Environment for Knowledge Analysis, Version 3.7.3, The
University of Waikato Hamilton, New Zealand.

379

�</text>
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                <text>One of the highly challenging businesses today is the task of forecasting the market  movements by examining the financial time series data as correctly as possible in order to  hedge against the almost incalculable risk involved and to yield better profits for investors. If  there was a highly credible estimation technique available giving better results than the  traditional statistical tools for financial markets, it would be a great asset for trading decision  makers of all kinds such as speculators, arbitrageurs, portfolio fund managers and even  individual investors. In this study CART, C4.5 and Random Forest algorithms were used to  predict the movement direction of a 10 year Istanbul Stock Exchange index (XU-100). Ten  technical market indicators such as momentum, MACD and RSI were used in this study as  the feature set.  Keywords: Price movement direction, CART, C4.5, Random Forest, forecasting, stock  market.</text>
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                    <text>M.Jenks and R.Burgess , Sustainable Urban Forms for Developing Countries, Spon Press,
London.
Cliff Moughtin , Peter Shirley ,(2005)Urban design: Green dimensions. 2nd edition,
Amsterdam
Simon Guy, Steven A. Moore,(2005) Sustainable Architectures. Cultures and Natures in
Europe and North America, New York
Polese, M. and Stren, R. (2000) The social sustainability of cities: diversity and management
of change, University of Toronto Press, Toronto
Mike Jenks , Colin Jones (2010), Dimensions of the Sustainable City (Future City) ,2nd
edition, New York
Matthew E. Kahn,( 2006) Green cities : Urban Growth and the Environment, Washington
Adam S. Weinberg, Allan Schnaiberg, David N. Pello , ( 2000 ) Urban Recycling and the
Search for Sustainable Community Development , Princeton University Press
Jon Lang, ( 2005 ) Urban design: a typology of procedures and products
John Eade ,Christopher Mele ( 2002 ) Understanding the city. Contemporary and future
perspectives
Sallie Westwood ,John Williams ( 1997 ) Imagining cities: scripts, signs, memory, London

Tio2 Reinforced Al2o3 Composites
Gunhan Bayrak1, Ferit Ilgar2, Ediz Ercenk3, Senol Yilmaz3, Uğur Sen3,
Volkan Gunay4
1Sakarya University, Arifiye Vocational School, 54580 Arifiye, Sakarya
2Alpha Foundry and Machine Industry Co., Organized Industrial Zone, Avar Street, No: 1
06935 Sincan / Ankara
3Sakarya University, Engineering Faculty, Department of Metallurgical and Materials
Engineering, Esentepe Campus, 54187 Sakarya, Turkey,
4TUBITAK-MAM, Material Institute, 41470 Gebze, Kocaeli, Turkey
Abstract
In this study, the effect of TiO2 addition on properties of alumina ceramics was investigated.
The prepared commercial Alcoa alumina reinforced 0-15 % TiO2 were ground in ball mill for
2 h by wet milling and then powders were shaped dry pressing. After shaping operations, the
277

�samples were sintered 1500-1650 °C for 2 h. Firing shrinkage, relative density, flexural
strength and hardness tests were performed and also for characterization x-ray diffraction
(XRD) analysis and scanning electron microscopy (SEM) were utilized. It was seen that the
TiO2 addition to alumina has effected on properties of alumina, significantly.
Keywords: Alumina, TiO2, Ceramic Composites.
1. INTRODUCTION
Alumina is a consider material for refractory application which has high melting point as
2000 ±30 °C. Also this material was resisted to acids, bases and many liquid metals and glass.
Moreover its heat and electrical conducting was very low. Due to have this insulating
properties, alumina firstly use in automotive industry as sparking plug. Today alumina is
using as cutting tools for machining operation and as a resistant material to corrosion in the
chemical industry and as a high temperature materials for heating systems. Furthermore
another usage of alumina is special purpose in optic and medical technique application (Ilgar
2008, Rao 2000). Alumina is a ceramic oxide material. Although there are various
modifications of Alumina, α–Al2O3 has commercial use (Toy 1994).
As a thin film of TiO2 have many application areas because of superior properties of
electrical, chemical and optical. Due to Titanium dioxide has very high melting point, it has
many optical applications and optic circuit as coating material. Moreover, titanium dioxide
can be used as bio-material and implant due to have high corrosion resistance and
biocompatibility (Bardakci 2007).
At the present study, the effect of TiO2 addition on properties of alumina was investigated
Mixtures of alumina-TiO2 were shaped by dry pressing and were sintered at 1500-1650 °C
temperatures. After sintering, some physical tests were applied to TiO2 reinforced alumina
ceramics and characterized by XRD and SEM.
2. EXPERIMENTAL PROCEDURE
In this study, the raw materials were alumina powder (0.4 µm) produced by the Aluminum
Company of America (Alcoa A16-SG, USA) and high purity TiO2 (0.1 µm) ceramic
powders. TiO2 was added to commercial Alcoa alumina powder in different proportions (0, 5,
10, 15, in wt %). The ratios of alumina-TiO2 compositions and the marking system are
shown in Table 1.
Table 1. Alumina-basalt sample codes

Sample code Alumina (wt. %) TiO2 (wt. %)
A0
278

100

-

�A5

95

5

A10

90

10

A15

85

15

In order to ensure a homogeneous mixture, each composition was ball-milled in rubber-lined
ceramic jars for 2 h using alumina balls and distilled water as the milling media and then
sieved to pass through 38 µm. After drying in an oven at 110 °C for 24 hours, the mixtures
were granulated in moist conditions and then semidry pressed at 100 MPa to prepare
rectangular shaped specimens with the size of 5X8X40 mm.
After shaping process, all samples were dried in an oven at 110 °C for 24 hours and were
sintered in an electric furnace with a heating rate of 5 oC/min at 1500, 1550, 1600 and 1650
oC for 2 h. Then, the sintered samples were cooled to room temperature in the furnace. The
flow chart of experimental procedure and the macro images of the sintered specimens were
given in Fig. 1 and Fig. 2, respectively.

Figure1. The flow chart of the experimental procedure
After sintering, the sintered samples were subjected to physical tests such as firing shrinkage,
relative density, flexural strength test by 3-point bending method and hardness. The
crystalline phases of the sintered samples were identified by X-ray diffraction analysis (XRD,
JEOL MDI/JADE6) with Cu Kα (λ = 1.54056 A˚) radiation. The micro structural
characterization of fracture surfaces of sintered samples were examined using a JEOL JSM
6600 scanning electron microscopy (SEM).
279

�Figure 2. Macro images of test specimens
3. RESULT AND DISCUSSION
The firing shrinkage values of TiO2 reinforced alumina ceramics depend on sintering
temperatures and TiO2 addition is shown in Figure 3. The firing shrinkage was increasing in
all specimens with increasing sintering temperature due to sintering effect by dimensional
reductions. The firing shrinkage of A0 is less than TiO2 doped samples. Al2TiO5 phase is
observed in TiO2 reinforced alumina ceramics as given in the literature Soo et al (2003).
Al2TiO5 phase was also detected in our studies given below. Al2TiO5 are generally spherical
or angular particles. They were along the grain boundary and triple junction points as
expressed in literature (Sathiyakumar 2008). This effect can be seen in SEM microstructures
given below. It is probably that the firing shrinkage of TiO2 reinforced alumina ceramics was
prevented by Al2TiO5 phase.

20
A0
A5
A10
A15

Firing Shrinkage, %

18

16

14

12

10
1500

1550

1600

1650

Sintering Temperature, °C

Figure 3. The firing shrinkage test results versus sintering temperature
280

�The relative density values of TiO2 reinforced alumina ceramics depend on sintering
temperatures and TiO2 addition is shown in Figure 4. When the sintering temperature
increases, the porosities remain into the grains of alumina ceramics as a result of rapid grain
growth. This is obstacle for reaching to theoretical density of alumina ceramic and causes
decreasing of densities (Barsoum 1997,Kalpakjian 1997). Since the density of Al2TiO5 phase
is lower compared to densities of alumina and TiO2, densities increases with increasing TiO2
addition Soo et al.(2003).
100

Relative Density

95

90

85

80
A0
A5
A10
A15

75

70
1500

1550

1600

1650

Sintering Temperature, °C

Figure 4. The relative densities depending on sintering temperature
The flexural strength of composites is given in Figure 5. With the increase in sintering
temperature, the highest strength value was obtained in the TiO2 free alumina ceramic
sintered at 1550 °C. The decreasing of strength was observed via increasing of temperature
depending on the grain growth and the pores remaining into grains (Barsoum 1997,Kalpakjian
1997). The flexural strength values of the samples including TiO2 are lower than the samples
not including TiO2. Investigation of the effect of TiO2 addition on flexural strength is
compressive process in literature, the flexural strength value increases up to the addition of
TiO2 2 % and it decreases above TiO2 4 % addition (Sathiyakumar 2002). The flexural
strength values of the samples including TiO2 are in agree with the literature values and it is
lower compared to the samples not including TiO2.

281

�400
A0
A5
A10
A15

Flexural Strength, MPa

350

300

250

200

150

100

50
1500

1550

1600

1650

Sintering Temperature, °C

Figure 5. The flexural strength values versus sintering temperature
As seen in Figure 6, high hardness results were observed in high densification conditions. The
highest hardness was determined in the 96.05 relative density value of alumina ceramic
sintered at 1550 °C. It is correlated with the literature [Yildirim 2002]. The hardness of the
samples including TiO2 is not high as much as TiO2 free alumina ceramics. It is reported that
Al2TiO5 and TiO2 phases in alumina matrix cause increasing of hardness Soo et al.
(2003),Anerisis et al. (2007). Small amount of TiO2 addition has positive role on sintering in
alumina composites and the presence of this second phase in matrix provides better
mechanical properties. The hardness increases with increasing TiO2 content in alumina
matrix composites, it is correlated with the literature Soo et al. (2003).
20
A0
A5
A10
A15

Hardness, GPa

18

16

14

12

10
1500

1550

1600

1650

Sintering Temperature, °C

Figure 6. The hardness measurements depending on sintering temperature
-Al2O3 phase was determined in the all samples coded
A0. In the samples including TiO2, TiO2 (rutile) and Al2TiO5 phases are other phases
determined by XRD.
As seen in Figure 7, Al2TiO5 phase formed via the reaction between Al2O3 and TiO2 at 1280
°C was seen as lighter zones in grain boundaries and intersection points of the grains.
Abnormal grain growth was not observed in the alumina ceramic including TiO2 compared to
282

�alumina ceramics. Finer grain structure was determined in these samples due to presence of
Al2TiO5 phase as obstacle against grain growth.

(a)

(b)

(c)

(d)

een as lighter zones in grain boundaries and intersection points of the grains in SEM
microstructure. Finer grain structure was determined in composites due to presence of
Al2TiO5 phase as obstacle against grain growth.
REFERENCES
Ilgar F. (2008) ―The Investigation of The Effect of TiO2 Addition on Sintering Behavoiur of
Alumina‖, MSc Thesis, Sakarya University, SAKARYA.
Rao, P.,Iwasa M. And Isao K. (2000) ―Properties of Low-temperature-sintered High Purity
-alumina Ceramics Scrathing Properties of Alumina Based Ceramics‖, Journal of Material
Science Letters, 19, 543-545.
Toy, Ç. and Baykara, T. (1994) ―Ceramic As a Material of 21.th Century‖, The Journal of
Science and Technique, TUBITAK, 317, ANKARA.
283

�Bardakçı, S. (2007) ―The Determination of Optical Properties of TiO2 Thin Film Prepared
with Sol-Jel Method ‖, MSc Thesis, Sakarya University, SAKARYA.
Soo, W.L. Carlos, M. Joaquin L.O. Seung, H.K. Tohru, S. Koichi N. and Bernard, J.H.
(2003) ―Tribological and Microstructural Analysis of Al2O3/TiO2 Nano composites to
Use in the Femoral Head of Hip Replacement‖, Wear, 255, 1040-1044.
Sathiyakumar, M. and Gnanam, F.D. (2002) ―Influence of MnO and TiO2 Additives on
Density, Microstructure and Mechanical Properties of Al2O3‖, Ceramics international,
28, 195-200.
Barsoum, M.W. (1997) ―Fundamentals of Ceramics‖, Mc Graw Hill, New York, USA.
Kalpakjian, S. (1997) ―Manufacturing Processes for Engineering Materials‖, Prentice Hall 4. Edition, USA.
Yıldırım, İ. (2002) ―The effect of Production Condition and Composition on The Strength
Properties of Al2O3 and SiC‖, PhD Thesis, Istanbul Technical University, ISTANBUL
Aneziris, C.G. Scharfl, W. and Ullridch, B.(2007) ―Microstructure Evaluation of Al2O3
Ceramics with Mg-PSZ and TiO2 Additions‖, Journal of the European Ceramic
Society, 27, 3191-3199.

Glass Foams Containing Fly Ash And Sheet Glass By Adding Calcite As Foaming Agent
Ediz Ercenk1, Gunhan Bayrak2, Senol Yilmaz1, Volkan Gunay3
1Sakarya University, Engineering Faculty, Department of Metallurgical and Materials
Engineering, Esentepe Campus, 54187 Sakarya, Turkey,
2Sakarya University, Arifiye Vocational School, 54580 Arifiye, Sakarya
3TUBITAK-MAM, Material Institute, 41470 Gebze, Kocaeli, Turkey
Abstract
Glass foam is a porous isolation material used for heat isolation. In this study, the possibilities
of glass foam production using calcite as a foaming agent was investigated. The mixture was
prepared 10% wt. of waste window glass and 90% wt. Seyitömer thermal power plant fly ash.
2.5 to 10% wt. calcite was added to mixture and pressed under 75 MPa pressure by uniaxial
cold pressing to obtain cylindrical specimens. Pressed samples sintered at 750-950 °C
temperature range for 1 hour according to differential thermal analysis (DTA) results. The
effect of calcite addition and sintering temperature on the porosity, density, compressive
strength, microstructure and crystalline phases were investigated. It was determined that the
284

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                <text>In this study, the effect of TiO2 addition on properties of alumina ceramics was investigated.  The prepared commercial Alcoa alumina reinforced 0-15 % TiO2 were ground in ball mill for  2 h by wet milling and then powders were shaped dry pressing. After shaping operations, the samples were sintered 1500-1650 °C for 2 h. Firing shrinkage, relative density, flexural  strength and hardness tests were performed and also for characterization x-ray diffraction  (XRD) analysis and scanning electron microscopy (SEM) were utilized. It was seen that the  TiO2 addition to alumina has effected on properties of alumina, significantly.  Keywords: Alumina, TiO2, Ceramic Composites.</text>
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                    <text>3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Table 2 – Perceptions category averages.
Table 3 – Perceived obstacles for optimisation of the impact measurement process
LIST OF FIGURES
Figure 1 - Size of MCOs according to portfolio size and number of active loans.

Web Technologies In Education
GünayKarli1, Miljković Adnan2
1International Burch University, Sarajevo – B&amp;H
2Bosna Sema – Educational Institutions, Sarajevo – B&amp;H
Abstract
Web technologies are rapidly taking over the traditionally used desktop applications.
Depending on the purpose of the use, web technologies can provide more flexible and
scalable solutions. In this paper we describe the specific use of web technologies in B&amp;H. IT
in the educational field in B&amp;H is still under rise, and several projects have been
developed.This paper describes a project called Smart School that has a rise as an alternative
to the current solutions available on the market. Smart School meets the requirement set for a
stable, scalable and secure application.
1.INTRODUCTION
In order to develop and deliver an application in the educational field few aspects should be
taken into consideration. A modern application in education would allow usage by several
different groups of users, including teacher/professors, students, administrative workers, head
of department and other decision making groups. Web applications provide the ability to
build a solution, which can be used from any location and from any device in world. In this
paper we describe the information systems used in education for management of student’s
information, such as marks, attendances, comments and any other resource that can be
utilized to track the achievement/progress of a student. In this paper we focus only on
solutions used in primary and secondary schools.
For specific examples and comparison, an application already used in education is evaluated,
and as it do now satisfy the current needs, a detailed work is presented on an alternative
168

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

solution called “Smart School”, which has been developed and is currently used by 8 schools
in 4 cantons of B&amp;H. “Smart school” is a web application that manages all school resources,
providing access to school employees such as teacher to populate data about a student, and on
the other side provides feedback to students and parents. “Smart School” differentiates itself
from the other solutions, by having a much easier and friendly user interface allowing simple
and fast access. A special commitment has been made in the field of security, where all data
is encrypted and passed through secure layers. The security level in “Smart School” is similar
to the one used in the banking industry. “Smart School” for the first time in the educational
system in B&amp;H introduces the 2-step verification process for the user authentication by
utilizing security tokens for generating one time password.
2.CURRENT STATE OF IT IN B&amp;H
Information technologies are constantly emerging in all sectors of businesses in B&amp;H. Many
businesses use now the latest technologies and software available on the global market to
perform everyday tasks easier, faster and with more quality. This is mainly due to the fact
that businesses have to evolve and keep on innovating in order to stay competitive over the
competition. Unfortunately this is not the case in the educational sector in B&amp;H. The primary
and secondary schools are back behind the use of IT technologies in education. The primary
and secondary education on a large base still depends on the traditional way of teaching with
the conventional methods.
During the school year 2005, the Sarajevo Canton Ministry of Education, introduced for the
first time in B&amp;H, an information system for schools in Canton Sarajevo CS called Education
Management Information System EMIS. The purpose of EMIS is to collect data from
schools, and stores it on centralized databases. The collected data is used for statistical
purposes by the Ministry(UTIC, 2012). EMIS collects all data about a school including the
students, staff, premises and school inventory. EMIS offers the possibility to print student
transcripts at the end of the school year. In order to achieve the following, schools are
entering student marks after the end of each term. Today after more than 6 years EMIS has
retain its functionality in Canton Sarajevo. The main drawbacks of EMIS are its limited
functionality, where it is just a statistical application, which has the ability to collect data
twice a year. This is mainly due to the complicated use of the application and the lack of
knowledge by the staff in schools. The Ministry started with the campaign of basic education
of teachers in CS just last October 2011(Logosoft, 2011). This campaign included basic
education of teachers with the use of Microsoft line of products such as Windows 7 and
Office 2010.
Bosna Sema as a private educational institution has recognized the need to elevate the current
educational system in B&amp;H to a higher and more quality level. Bosna Sema has 8 primary
and secondary educational schools in four cantons in B&amp;H(Bosna Sema, 2011). Following
the fact that the primary and secondary schools are mandatory in B&amp;H for all students, the
169

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

need to involve even more the parents in the everyday aspect of a school arose. Bosna Sema
recognized the need to constantly provide feedback of student’s performances and receive
feedback from the parents. This private institution has 3 schools in the Canton Sarajevo
where it is using and supporting EMIS for those schools. Unfortunately EMIS does not
satisfy the needs of this private institution, toprovide an educational system that is transparent
and able to involve the parents in the process of education. Following these requirements
Bosna Sema has started a joint venture with an IT company to development an application
that will meet all of the requirements set for the new and better tracking of educational
system in B&amp;H. The project started in 2010 under the name Smart School.
3.SMART SCHOOL
Smart school is a set of applications that manage all school resources, providing access to
school employees such as teacher to populate data about a student, and on the opposite side
provides feedback to students and parents. On top of those groups of users, additional
decision making users are involved as well. Smart School provides detailed reports about
school wide data to school principals, and executive boards. The implementation of Smart
School in schools in different cantons of B&amp;H, allows this project to be compatible and
satisfy each canton’s possible specific need. Smart School closely follows to cover and give
access to each parent and student. Following this guideline, parents and students can receive
feedback from Smart School with different mechanisms, including access by internet and
mobile phones.
3.1.Smart School Architecture
Smart school is built as three-tier architecture, being composed of a data, application and
presentation tier. In order to cope with the scalability, performance and efficiency, each of
those reside on separate hardware with high speed interconnection in between.
The bottom layer which represents the data tier is where the databases reside. The data tier
acts independently from the above tiers. Smart School uses MySQL for the databases.
MySQL is the world's most popular open source database software, used by hundred
thousands of companies all around the world(MySQL). This database software covers the
current needs for Smart School.
The next tier is the application tier, which covers all of the business logic in Smart School.
The application tier communicates with the database in the data tier. The application tier
exposes different methods for the above tier though web services. This tier always
authenticates each remote request and if accessed by an authorized user, presents the
transformed data from the data to the presentation tier. This tier handles request from
different presentation applications, and offers different type of data representation.
Depending on the type of request the web services can return the data in either Extensible
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Markup Language XML or JavaScript Object Notation JSON. The traditional XML allows
the representation of data to be both human and machine readable, but often contains
repeated tags that describe data. XML is acceptable when exchanging data between high
speed connections, but has downsides when it comes to transfer between slow connections, as
the case when using mobile internet over mobile providers. In this kind of transfer it is very
important to transfer the data as lightweight as possible. In order to cope with this kind of
speed and bandwidth issues, JSON is used to return data in Smart School. JSON is very
similar to an array or vector in major programming language. It is language independent and
many languages include default implementation to read and parse this format of data. In
Smart School, JSON is primarily used for data exchange between the mobile apps and this
tier.
Smart School has several implementation of the presentation tier. This tier first authenticates
with the application tier, and then communicates with different requests and replies. The
following components make up the presentation tier: Administration Web and Parent/Student
Web. The administration web component is a web application that represents the user
interface for the entire Smart School. This component allows the authorized users to manage
the entire system from a web app. The application exchanged the information with the web
services. As the school users have different privileges and overview of the system from the
one of parents and students, two separate components have been created. The Parent/Student
component has only modules that are directly related to a single student overview. This
separation is primarily for security reason and potential bugs in the system, but as well to
offer a simplified overview of modules just for parents and students.
3.2.Smart School Feedback Modules
In order to cover the targeted user groups of Smart School, the following main feedback
modules have been introduced:
Student performance/tracking Module
Reporting Module
Parent/Student Module
3.2.1.Student performance/tracking module
This module is used by the user groups that are consisted of subject teachers. The teachers are
assigned to subject from the administrative module, and can only manage students enrolled in
the teacher’s subjects. From this module the teacher can send and receive messages from
parent and students. The teacher can easily and quickly get and overview of the subject
average, and get details about the students above and beyond the given thresholds in average.
All information from this module can be exported as spreadsheet and managed in locally on
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computer from any spreadsheet tools such as Microsoft Excel or LibreOffice Calc. If a
teacher is assigned the role of a class teacher (class manager), additional functionalities are
available. Those functionalities enable the class teacher to manage task such as getting
collective reports about an entire class, preparing data for parent meeting and scheduling
parents meetings by sending bulk emails and short messages to parent mobile phones.
Additionally the class teacher is responsible for the behavior tracking of each student in the
assigned class.
3.2.2.Reporting Module
In order to get overall feedbacks from any application, a reporting module is necessary. The
reporting module in Smart School is a collection of predefined reports that given detailed
insights about data in the system. The reporting module is used by different groups of users,
with the ability to access different types and levels of reports. Apart the predefined reports, a
dynamic form allows to create reports on the fly with custom joined data. At the first level,
users with teacher privileges can query reports with data about their teaching subjects, and
enrolled students. The next level allows the school principals to get school wide report. In
those reports the school principal has detailed overview of all teachers, subjects and students.
The reports are always collecting direct data from the databases, so they always show the
accurate image of the data.
In order to provide a higher level of reports over multiple schools, additional two more levels
were added. Bosna Sema, which has several schools in several cantons use those levels, one
for the head of departments, and one for the executive boards.
For the purpose of making decision on the top level, the executive board has to have detailed
insight reports for any board meeting. For this purpose, a higher level in the reporting module
has been introduced. This level has access to all schools combined, offering information from
a single students, and teacher to the entire school performance. This allows the executive
board to have accurate and up to date information, upon which they can make crucial
decisions.
The Cantonal Ministries of Education in B&amp;H could benefit from this level of reporting.
Although each school is sending collective data about schools to the Offices of Statistics in
B&amp;H, the information on the official Canton web sites are more than outdated. An example
can be given for the Canton of Tuzla, where the information about high schools is presented
from 01.12.2003, which is outdated for 9 years(Vlada TK, 2003). A similar case is with the
ZE-DO Canton, where on the 1st October 2010, a detailed document about the high schools
in canton has been presented on the official web site of canton from May 2006(ZE-DO
Canton, 2010). Smart School can allow the cantons to have these varieties of reports instantly
on any given date. Only with accurate and up to date reports can suitable decisions be made.

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3.2.3.Parents/Student Module
Smart School provides an in-depth feedback to parents and students. During the initial design
many aspects have been taken into consideration about the traditional way on how the parents
and students get the performance information from their schools.
Following these practices one of the initial requirements has been to provide first a quick and
easy access to information for the preparation of a parent meeting. Smart School here allows
the class teacher to collect instantly up to date data for a meeting. Also the class teacher can
schedule a meeting through the application and send instant SMS and emails to parents with
time and place of the meeting.
In order to provide constant access to parents about the performance of their child additional
methods have been introduced. One method involved a web application access for parents
over the internet, and the second one allows the parent to get information on mobile phone
via short messages.
4.Security in Smart School
Smart School uses the latest technologies in order to provide secure access to sensitive data.
The database contains privileged information about all students’ achievements as well as
personal information about the employees from the institutions who utilize Smart School.
To achieve a maximum level of security, all communication is exchanged through secure
channels over Secure Sockets LayerSSL. Each time a user accesses the web application, a
secure connection is established from the client browser to the server, meaning all
information passed from the client to the server is encrypted and cannot be seen anywhere in
between those two.
Continuing with our security layer, with the exchange of data through SSL all communication
from the client to the server is secured, but we still have one more possible point which can
be vulnerable, and through which unauthorized access can be gained. By design Smart
School as a web application can be accessed from any place in the world through any Internet
Service Provider ISP. This is primary allowed for the purpose that teachers and professors are
not limited with the location from where they can access data. Following this design it is
possible, with the use of a username and password to access the web application anytime
from anywhere. In case a malicious user gets the real user access details, the malicious user
could logon to the web application and perform some unauthorized actions in the application.
There are many possible scenarios on getting access details from an authorized user; one
includes the fact that many users use similar username and password with multiple services
on the internet, such as for email address, social platforms, bulletin boards, forums, chats,
online shopping cards and many other. If one of those services gets compromised, the
malicious user could try the same password for some other services, and then possibly get
access to our application.
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Another possible security scenario is that the client computer is infected with a Trojan virus,
or some other malicious application such as key logger, which would send access details to a
malicious user, where again a possible treat against the system could be used.
In order to prevent unauthorized access even when knowing the username and password,
Smart School implements an additional layer of security by introducing two-factor
authentication. Two-factor authentication requires the user to authenticate with more than just
a username and password. There are many variations of the multifactor authentication that
includes even more that two factors.
Smart School uses a two-factor authentication system. The first factor in the authentication is
the well-known username and private password by the user and the second factor is the
process of generating an additional verification code called One Time Password OTP, which
is generated by a security token. Upon each logging the security token will generate an OTP
which will be valid just for once. The security token is based on the Time-based One-time
Password Algorithm TOTP, where each token based on its internal serial number on the
given time generates a number(TOTP: Time-Based One-Time Password Algorithm). At the
time of the logging process the server performs the same algorithm and then compares the
entered OTP with the one generated on the server side. The server has a match table between
each token and user, so the server ‘knows’ on which serial to perform the algorithm. This
security layer prevents possible unauthorized access to the web application, even if the user
gets access to the username and password of the account. This method of authentication is
widely used by banks for online banking.OTP is becoming more popular among everyday
used web services. Google has introduced the so called 2-step verification process for
accessing any Google protected resource(Google, 2012). Similarly Amazon implemented
AWS multi-factor authentication when accessing the Amazon Web Service
infrastructure(AWS, 2012).
5.CONCLUSION
Although the majorities of components have been developed and are already in use, Smart
School still undergoes under changes and copes to adapt with the new functionalities. All
users of the system including the parents and students are constantly providing feedback
which guides to a more quality application. The main goal behind this project wasto offer a
unique application that will covers and satisfy all of the user’s requests, following the
educational legislations in B&amp;H. This goal has been meet.
Currently the project is only implemented in Bosna Sema educational institutions, however
future plans includes offering this application to all primary and secondary schools in B&amp;H.
The future expansion also includes the development of rising mobile applications for two
major smartphone mobile platforms used in B&amp;H that consist of iOS and Android.

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BIBLIOGRAPHY
AWS. (2012, 04 07). AWS Multi-Factor Authentication. Retrieved from AWS Multi-Factor
Authentication: https://aws.amazon.com/mfa/
Bosna Sema. (2011). About Bosna Sema - Educational Institutions. Retrieved from
http://bosnasema.ba/en/about-us/d-9hd4f5zm
Google.
(2012).
2-step
verification.
Retrieved
from
http://support.google.com/a/bin/answer.py?hl=en&amp;answer=175197

2-step

verification:

Logosoft. (2011, 10 27). Logosoft započeo edukaciju nastavnika informatike u KS. Retrieved
from http://www.logosoft.ba/prodaja.aspx?docid=49
MySQL. (n.d.). About MySQL. Retrieved from http://www.mysql.com/about/
TOTP: Time-Based One-Time
http://tools.ietf.org/html/rfc6238

Password

Algorithm.

(n.d.).

Retrieved

from

UTIC. (2012, 03 14). About EMIS. Retrieved from http://www.emis.edu.ba/page/Opcenito-osistemu-EMIS.aspx
UTIC. (n.d.). Education Management Information Sistem. Retrieved 01 29, 2012, from
http://www.emis.edu.ba/page/Opcenito-o-sistemu-EMIS.aspx
Vlada TK. (2003, 12 1). PODACI O UČENICIMA - SREDNJE ŠKOLE TK. Retrieved from
http://www.vladatk.kim.ba/Ministarstva/MONKS/nastavnici/UceniciSS.htm
ZE-DO Canton. (2010, 10 1). Informacija o nastavnicima i stručnim saradnicima u srednjim
školama.
Retrieved
from
http://www.zdk.ba/index.php?option=com_k2&amp;view=item&amp;task=download&amp;id=62

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�</text>
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                <text>Web technologies are rapidly taking over the traditionally used desktop applications.  Depending on the purpose of the use, web technologies can provide more flexible and  scalable solutions. In this paper we describe the specific use of web technologies in B&amp;H. IT  in the educational field in B&amp;H is still under rise, and several projects have been  developed.This paper describes a project called Smart School that has a rise as an alternative  to the current solutions available on the market. Smart School meets the requirement set for a  stable, scalable and secure application.</text>
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                    <text>Comparison of Machine Learning Algorithms in Recognation of Regulatory Region of
DNA

Günay Karlı, Şenol Doğan,
Faculty of Engineering and Information Technology, International Burch Universiy,
Sarajevo, BIH
E –mails: gkarli@ibu.edu.ba – gkarli@yahoo.com, sdogan@ibu.edu.ba

Keywords:
algorithms.

Data mining, machine learning, supervised learning, classification, rule-based

Abstract
Data mining has become an important and active area of research because of theoretical
challenges and practical applications associated with the problem of discovering interesting
and previously unknown knowledge from very large real world database. These databases
contain potential gold mine of valuable information, but it is beyond human ability to analyze
massive amount of data and elicit meaningful patterns by using conventional techniques. In
this study, DNA sequence was analyzed to locate promoter which is a regulatory region of
DNA located upstream of a gene, providing a control point for regulated gene transcription.
In this study, some supervised learning algorithms such as artificial neural network (ANN),
RULES-3 and newly developed keREM-IREM rule induction algorithms were used to
analyse to DNA sequence. In the experiments different option of keREM, RULES-3 and
ANN were used, and according to the empirical comparisons, the algorithms appeared to be
comparable to well-known algorithms in terms of the accuracy of the extracted rule in
classifying
unseen
data.

516

�1.INTRODUCTION
Data mining is the process of finding hidden patterns from data. It has wide range of
applications such as, predicting stock prices, identifying suspected terrorists and scientific
discovery like analysis of DNA microarray (Hanuman et al., 2009) Researchers can now
routinely investigate the biological molecular state of a cell measuring the simultaneous
expression of tens of thousands of genes using DNA microarrays (Shelke and Deshmukh,
2007). Datamining can be used in the classification of proteins by basing on its primary
structures (sequences) is presented. It contains four steps which include textmining, feature
selection, datamining and classification. The sequences of protein are collected in a file
(Mhamdi and Elloumi, 2004).
Artificial neural networks are among the newest signal-processing technologies in the
engineer's toolbox. The field is highly interdisciplinary. In engineering, neural networks serve
two important functions: as pattern classifiers and as nonlinear adaptive filters.
Well-known ANN algorithms are based on the notion of perceptron (Rosenblatt, 1962).
Perceptrons can only classify linearly separable sets of instances. If a straight line or plane
can be drawn to separate the input instances into their correct categories, input instances are
linearly separable and the perceptron will find the solution. If the instances are not linearly
separable learning will never reach a point where all instances are classified properly.
Multilayered Perceptrons (Artificial Neural Networks) have been created to try to solve this
problem (Rumelhart et al., 1986). Properly determining the size of the hidden layer is a
problem, because an underestimate of the number of neurons can lead to poor approximation
and generalization capabilities, while excessive nodes can result in overfitting and eventually
make the search for the global optimum more difficult. An excellent argument regarding this
topic can be found in (Camargo and Yoneyama, 2001). Kon &amp; Plaskota also studied the
minimum amount of neurons and the number of instances necessary to program a given task
into feedforward neural networks (Kon and Plaskota, 2000). There are several algorithms
with which a network can be trained (Neocleous and Schizas, 2002). However, the most wellknown and widely used learning algorithm to estimate the values of the weights is the Back
Propagation (BP) algorithm. Feed-forward neural networks are usually trained by the original
back propagation algorithm or by some variant. Their greatest problem is that they are too
slow for most applications. One of the approaches to speed up the training rate is to estimate
optimal initial weights (Yam and Chow, 2001). Another method for training multilayered
feedforward ANNs is Weight-elimination algorithm that automatically derives the
appropriate topology and therefore avoids also the problems with overfitting (Weigend et al.,
1991). Genetic algorithms have been used to train the weights of neural networks (Siddique
and Tokhi, 2001) and to find the architecture of neural networks (Yen and Lu, 2000). There
are also Bayesian methods in existence which attempt to train neural networks. Vivarelli &amp;
Williams compare two Bayesian methods for training neural networks (Vivarelli and
Williams, 2001).
517

�In recent years, there has been a growing amount of research on inductive learning. In its
broadest sense, induction (or inductive inference, supervised learning) is a method of moving
from the particular to the general - from specific examples to general rules (Quinlan, 1986).
Induction can be considered the process of generalizing a procedural description from
presented or observed examples. The purpose of inductive learning is to perform a synthesis
of new knowledge, and this is independent of the form given to the input information.
RIPPER is a well-known rule-based supervised learning algorithm (Cohen, 1995). It forms
rules through a process of repeated growing and pruning. Other fundamental learning
classifiers based on decision rules include the AQ family (Michalski and Chilausky, 1980)
and CN2 (Clark and Niblett, 1989). Bonarini gave an overview of fuzzy rule-based classifiers
(Bonarini, 2000). Fuzzy logic tries to improve classification and decision support systems by
allowing the use of overlapping class definitions. Furnkranz (2001) investigated the use of
round robin binarization (or pairwise classification) as a technique for handling multi-class
problems with separate and conquer rule learning algorithms. The PART (Frank and Witten,
1998) algorithm infers rules by repeatedly generating partial decision trees, thus combining
the two major paradigms for rule generation − creating rules from decision trees and the
separate-and-conquer rule learning technique. RULES family algorithms (Aksoy, 1993)
obtain the IF-THEN rules from a given set of examples. REX-1 (Akgöbek et al., 2006) uses
the entropy value to give a greater priority to the attributes with higher importance and obtain
more general rules.
Segments of genome coding for messenger ribonucleic acids (mRNAs), transfer ribonucleic
acids (tRNAs), ribosomal ribonucleic acids (rRNAs) are called genes. Among these mRNAs
determine the sequence of amino acids in proteins. The mechanism is simple for the
prokaryotic cell where all the genes are converted into the corresponding mRNA (messenger
ribonucleic acid) and then into proteins.
Genome analysis (Gene finding) typically refers to the area of computational biology that is
concerned with algorithmically identifying stretches of sequence, usually genomic DNA, that
are biologically functional. This especially includes protein-coding genes, but may also
include other functional elements such as RNA genes and regulatory regions. Gene finding is
one of the first and most important steps in understanding the genome of a species.
Computational Gene prediction is relatively simple for the prokaryotes where all the genes
are converted into the corresponding mRNA and then into proteins. The process is more
complex for eukaryotic cells where the coding DNA sequence is interrupted by random
sequences called introns.
Some of the questions which biologists want to answer today are (Jayaram and Bhushan,
2000).:
Given a DNA sequence, what part of it codes for a protein and what part of it is junk DNA.

518

�Classify the junk DNA as intron, untranslated region, transposes, dead genes, regulatory
elements etc.
Divide a newly sequenced genome into the genes (coding) and the non-coding regions.
In this study, short sequence of DNA is used as an example set to train the keREM, ANN and
RULES-3. The features of the DNA sequence are the nucleotides (a,g,c,t). The learning
system is requested to generate a classifier that identifies these sequences whether or not they
are in the one of functional DNA regions (coding regions).
2.INTRODUCTION TO GENE
A gene is a segment of nucleic acid that contains the information necessary to produce a
functional product, usually a protein. Genes consist of a long strand of DNA (RNA in some
viruses) that contains a promoter, which controls the activity of a gene, and a coding
sequence, which determines what the gene produces.
The genes are made up of a coding alphabet of 4 nucleotides made up of 4 bases:
Adenine(A), Thymine (T), Guanine (G) and Cytosine (C).
The bases Adenine (A) and Guanine (G) are Purines; while Thymine (T) and Cytosine (C) are
Pyrimidines.
2.1. Universal Genetic Code
There four bases Adenine (A), Thymine (T), Guanine (G) and Cytosine (C) As there are 20
amino acids if we use 2 codons for an amino acid we will short of the representation as 42 =
16. So we use three codons to represent all the 20 amino acids as 43=64. As there are only 20
amino acids and 64 codon representation most of the codon are degenrative. 'ATG' is the start
codon and TAG, TGA, TAA are stop codons usually.
2.2. Genome Organisation
Genome organization refers to the sequential, not the structural organization of the genome.
Besides the coding exons, the non-coding DNA in Eukaryotes may fall in the following
classes.
Introns: They are DNA sequences inserted between the exons and found in the ORF (Open
Reading Frames). They are spliced after the first level of transcription. Most introns are junk
inserted within genes. Pseudogenes. 'Dead', non-functional copies of genes present elsewhere
in the genome, but no longer of any use.
519

�Retropseudogenes: Like pseudogenes, but have been processed, i.e. lack introns produced by
the action of reverse transcriptase (RT) on mRNA, and subsequent incorporation of the
cDNA into the genome.
Transposons: Jumping genes, which splice
themselves in and out of the genome (in DNA
form) randomly, by the action of transposase.
Retrotransposons: Transcribed into an mRNA,
which encodes an RT enzyme, which then
copies the mRNA back to DNA and
incorporates it into the genome.
In fact in humans only 1.5% of the entire genome length corresponds to coding DNA. This
1.5% codes for about 27,000 genes, which in turn code for proteins that are responsible for all
the cellular processes
2.3. What are Promoters?
A promoter is a regulatory region of DNA located upstream (towards the 5' region) of a gene,
providing a control point for regulated gene transcription.
3 . ARTIFICIAL NEURAL NETWORK (ANN)
Information processing paradigm that is inspired by the way biological nervous systems, such
as the rain, process information. The key element of this paradigm is the novel structure of
the information processing system. It is composed of a large number of highly interconnected
processing elements (neurones) working in unison to solve specific problems. ANNs, like
people, learn by example. An ANN is configured for a specific application, such as pattern
recognition or data classification, through a learning process. Learning in biological systems
involves adjustments to the synaptic connections that exist between the neurones. This is true
of ANNs as well (Domingos, 1995).
There are different types of neural networks, which can be distinguished on the basis of their
structure and directions of signal flow. Each kind of neural network has its own method of
training. Generally, neural networks may be differentiated as follows.
feedforward networks (one-layer networks and multi-layer networks )
recurrent networks
cellular networks
Principles of training multi-layer neural network use backpropagation.
520

�The project describes teaching process of multi-layer neural network employing
backpropagation algorithm. To illustrate this process the three layer neural network with two
inputs and one output, which is shown in the
picture below, is used:
Figure 1: Multi-Layer Neural Network
Each neuron is composed of two units. First unit
adds products of weights coefficients and input
signals. The second unit realise nonlinear
function, called neuron activation function.
Signal e is adder output signal, and y = f(e) is
output signal of nonlinear element. Signal y is
also output signal of neuron.
Figure 2: Teaching Process of Multi-Layer NN
To teach the neural network we need training data set. The training data set consists of input
signals (x1 and x2) assigned with corresponding target (desired output) z. The network
training is an iterative process. In each iteration weights, coefficients of nodes are modified
using new data from training data set. Modification is calculated using algorithm described
below: Each teaching step starts with forcing both input signals from training set. After this
stage we can determine output signals values for each neuron in each network layer.
4.INDUCTIVE LEARNING
Machine learning algorithms automatically builds a classifier by learning the characteristics
of the categories from a set of classified documents, and then uses the classifier to classify
documents into predefined categories. (Khan et al., 2010). In recent years, there has been a
growing amount of research on inductive learning. In its broadest sense, induction (or
inductive inference) is a method of moving from the particular to the general from specific
examples to general rules. Michalski explains inductive learning as:
Induction can be considered the process of generalizing a procedural description from
presented or observed examples
The purpose of inductive learning is to perform a synthesis of new knowledge, and this is
independent of the form given to the input information.
Inductive learning includes learning from examples and learning from observation and
discovery. In order to form a knowledge base using inductive learning, the first task is to
collect a set of representative examples of expert decisions. Each example belongs to a
known class (for example, + or -) and is described in terms of a number of attributes, (for
example "hair" or "eyes"). These examples may be specified by an expert as a good tutorial
set, or may come from some neutral source such as an archive. The induction process will
521

�attempt to find a method of classifying an example, again expressed as a function of the
attributes that explains the training examples and that may also be used to classify previously
unseen cases. (Quinlan, 1993).. The outcome of an induction algorithm is either a decision
tree or a set of rules. (Quinlan, 1986)..
4.1. RULES-3 Inductive Learning Algorithm
RULES-3 (Aksoy, 1993) is a simple algorithm for extracting a set of classification rules from
a collection of examples for objects belonging to one of a number of known classes. An
object must be described in terms of a fixed set of attributes, each with its own range of
possible values, which could be nominal or numerical. For example, attribute "length" might
have nominal values {short, medium, long} or numerical values in the range {-10, 10}.
An attribute-value pair constitutes a condition in a rule. If the number of attributes is Na, a
rule may contain between one and Na conditions. Only conjunction of conditions is permitted
in a rule and therefore the attributes must be all different if the rule comprises more than one
condition.
This algorithm can be summarized as follows:
Step1. Define ranges for the attributes, which have numerical values and assign labels to
those ranges.
Step2. Set the minimum number of conditions (Ncmin) for each rule.
Step3. Take an unclassified example.
Step4. Nc=Ncmin-l
Step5. If Nc&lt;Na then Nc=Nc+i
Step6. Take all values or labels contained in the example.
Step7. Form objects which are combinations of Nc values or labels taken from the values or
labels obtained in Step6.
Step8. If at least one of the objects belongs to a unique class then form rules with those
objects; ELSE go to Step5.
Step9. Select the rule, which classifies the highest number of examples.
Step10. Remove examples classified by the selected rule.
Step11. If there are no more unclassified examples, then STOP; ELSE go to Step3. Here Nc
is the number of condition(s) for each rule and Na is the number of attributes for each
example.

522

�4.2. keREM Inductive Learning Algorithm
In this section, an algorithm devised for Inductive Learning, newly developed keREM
(Inductive Rule Extraction Method) is introduced, which was developed to obtain the IFTHEN rules from a given set of examples. It discards the pitfalls encountered in the some
inductive learning algorithms. It uses the value of gain function, to give a greater priority to
the attributes with higher importance and obtain rules that are more general.
The algorithm can be summarized as follows:
Step1. In a given training set, probability distribution and class distribution rate of the each
attribute-value pairs is computed.
Step2. Power of classification is computed for each attribute in the data set.
Step3. Class-based Gain of the each attribute-value pairs is calculated by using computed
probability distributions, class distribution rate and power of classification.
Step4. Any value of which probability distributions one for n=1 can be selected as a rule. The
attribute-values are converted into rules. The classified examples are marked.
Step5. Go to step8.
Step6. Beginning from the first unclassified example, combinations with n values are formed
by taking the attribute-values whose gain is bigger.
Step7. Each combination is applied to all of the examples in the set of examples. From the
values composed of n combinations, those matching with only on class are converted into a
rule. The classified examples are marked.
Step8. If all of the examples in the training set are classified then go to step11.
Step9. Perform n=n+1 expression.
Step10. If n&lt;N the go to step6
Step11 if there is more than one rule representing the same examples, the most general one is
selected.
Step12. End.
4.3. IREM Inductive Learning Algorithm
Newly developed IREM (Inductive Rule Extraction Method) is introduced In this section,
which was developed to obtain the IF-THEN rules from a given set of examples. It uses the
class-based entropy value, to give a greater priority to the attributes with higher importance
and obtain rules that are more general.
The algorithm can be summarized as follows:
523

�Step1. In a given training set, probability distribution of the each attribute-value pairs is
computed.
Step2. The entropy is computed for each attribute and value.
Step3. By using computed probability distributions and entropy, class-based entropy is
calculated.
Step4. Any value of which class-based entropy equals zero for n=1 can be selected as a rule.
The values are converted into rules. The classified examples are marked.
Step5. Go to step8.
Step6. Beginning from the first unclassified example, combinations with n values are formed
by taking the value of the attributes whose class-based entropy is smaller.
Step7. Each combination is applied to all of the examples in the set of examples. From the
values composed of n combinations, those matching with only on class are converted into a
rule. The classified examples are marked.
Step8. If all of the examples in the training set are classified then go to step11.
Step9. Perform n=n+1 expression.
Step10. If n&lt;N the go to step6
Step11 if there is more than one rule representing the same examples, the most general one is
selected.
Step12. End.
5. EXPERIMENTS
Using ANN and RULES-3 systems, experiments were performed for the classification of
promoter DNA region. For this purpose promoter data-sets available in the University of
California-Irvine’s Repository of Machine Leraning Databases were used (Merz and Murphy,
1996).
5.1. Promoter Recognition Experiments with ANN
Using different option of ANN, 30 sets of experiment were performed on the promoter data
set of E.coli DNA. 86 (approximately %80 of the data set.) randomly selected instances of
the original data set were used as a training data in the experiments (Nayır and Karlı, 2009).
In order to built, train and test an ANN to recognize promoter region of the DNA, the above
Matlab code was written. By changing “newff()” function’s arguments, some ANN with
different number of hidden layer and neurons were designed and tested. Using the code
above, an ANN with two hidden layers, the first hidden layer with neuron number of 10 and
524

�the second hidden layer with neuron number of 5 was designed. Activation functions of the
input layer and hidden layers were ‘tansig’. And activation function of the output layer was
‘purelin’. Minimum error rate (%95) was gained in this option of the ANN. The following
table represents error rate of the ANN with one, two and three hidden layers in our
experiments.

Figure 3: Performance of the NN at 100 epochs.

Figure 4: Performance of the NN at 694
epochs.
Table 1: Experiment results of ANN with one hidden layer.
525

�No of
set of Layer
Exp.

1

2

3

The
numb
Epoc
er of
h
neuro
n

Input

10

1.Hidde
n

5

Output

1

Input

50

1.Hidde
n

25

Output

1

Input

100

1.Hidde
n

50

Output

1

Min.
error
rate

947

35

244

25

1404

20

Table 2: Experiment results of ANN with two hidden layer
No of
set of Layer
Exp.

The
Min.
number
Epoch error
of
rate
neuron

Input

25

1.Hidden

10

2.Hidden

5

Output

1

1

526

694

5

�2

Input

50

1.Hidden

25

2.Hidden

10

Output

1

Input

100

1.Hidden

50

2.Hidden

25

Output

1

3

851

25

554

10

Table 3: Experiment results of ANN with three hidden layer.
No of
set of Layer
Exp.

1

2

527

The
numb
Epoc
er of
h
neuro
n

Input

25

1.Hidde
n

10

2.Hidde
n

5

3.Hidde
n

3

Output

1

Input

50

1.Hidde
n

25

Min.
error
rate

785

45

978

20

�3

2.Hidde
n

10

3.Hidde
n

5

Output

1

Input

100

1.Hidde
n

50

2.Hidde
n

25

3.Hidde
n

10

Output

1

889

30

5.2. Promoter Recognition Experiments with RULES-3
Using different values of number of condition, three sets of experiments were performed on
the promoter data set. 40 randomly selected instances of the original data set were used as a
training data in the experiments.
When Number of condition was set to 1, rules were produced (Karlı, 2000).
Using the extracted rule, 11 instances could not be recognized. So accuracy on test data was
90,1.
Using different options, three sets of experiments were performed on the promoter data set.
As expected, Rules-3 algorithm produced a rule set that classified all training examples
correctly. One important conclusion may be driven from table 4.3 is that while number of
condition was decreased, extracted rule number decreased. However, accuracy on test data
increased. The highest accuracy on test data was gained when number of condition was equal
to 1.
Table 4: Results for promoter data set with different values of Nc.

528

�Numb Numbe Numbe Accurac Accurac
er of r
y
y
of r of
conditi exampl extract on
on test
es
on
ed
training data(%)
rules data(%)
3
40
38
100
61,8

5.3

2

40

25

100

76,4

1

40

18

100

90,1

Promoter Recognition Experiments with keREM

The most important features of keREM algorithm is that it can compute class-based gain of
each attribute-value in a given training set. In this context, first, probability distribution, class
distribution rate and power of classification of each nucleotide forming DNA sequence were
computed in terms of promoter and non-promoter classes. In the next step,
Class-based Gain was computed for each value in the DNA sequence data set by using
computed probability distributions, class distribution rate and power of classification. In this
way, rules produced by the algorithm were formed by attribute-value whose information
value is maximum. The rule set constructed by the method was applied to DNA test set. And
the error rate was satisfactory, %97.17
5.4. Promoter Recognition Experiments with IREM
The most important features of IREM algorithm is that it can compute class-based entropy of
each attribute-value in a given training set. In this context, first, probability distributions of
each nucleotide forming DNA sequence were computed in terms of promoter and nonpromoter classes. In the next step, entropy of training set was found. But, the entropy does not
contain class information for the value-attribute pairs. Thus, using the entropy of the training
set and the probability distributions of the attribute-value, class-based entropy was computed
for each value in the DNA sequence data set. In this way, rules produced by the algorithm
were formed by attribute-value whose information value is maximum. The rule set
constructed by the method was applied to DNA test set. And the error rate was satisfactory,
%98.1

529

�6.CONCLUSION
Although from a biochemical view point DNA is a complex molecule, from a computer
science view point DNA can be considered a very long string over four alphabets A, C, G T.
One of the most important step in analysis of a new DNA sequence is finding out whether or
not it contains any genes, and if so, determining exactly where they are. For locating
functional region in newly sequenced DNA data keREM, IREM, artificial neural network
(ANN) and RULES-3 can be used in such a way that known region in mapped sequences is
given as input to the systems. Then, the output classifiers of the keREM, IREM, ANN and
RULES-3 are used to locate functional regions of newly sequenced data. In this study,
keREM, IREM, ANN and RULES-3 were used to locate promoter region of DNA data.
Some portions of DNA serve as protein coding regions. However, some portions serve as
regulatory markers for the processes that convert coding regions into protein. One of these
regulatory regions is a promoter that occurs before coding regions to signal where the
transcription process begins. To recognize promoter region, some sort of experiments were
performed by using different options of keREM, IREM, ANN, different numbers of hidden
layers and neurons, and RULES-3,
In the first sort of experiments, one hidden layer with the number of neuron ranging from 5 to
50 was used in ANN. In these experiments, minimum error rate was 15. In the second sort of
experiments, two hidden layers were used, the first hidden layer with the number of neuron
ranging from10 to 50 and the second hidden layer with the number of neuron ranging from 5
to 25. And minimum error rate of these experiments was 5. This was the best result gained
from the experiments. In the last sort of experiments three hidden layers were used, the first
hidden layer with the number of neuron ranging from 10 to 50, the second hidden layer with
the number of neuron ranging from 5 to 25 and the last hidden layer with the number of
neuron ranging from 3 to 10. And minimum error rate was 20.
Using different options of RULES-3, three sets of experiments were performed on the
promoter data set. As expected, Rules-3 algorithm produced a rule set that classified all
training examples correctly. The highest accuracy on test data was gained when number of
condition was equal to 1.
It is observed that, rules formed by IREM were more general than that of keREM, RULES-3
and ANN. Only 2 examples could not be recognized out of 106 example test set. As a result,
it was determined that the error rate of the IREM was lower than the error rate of the keREM,
RULES-3 and ANN for DNA sequence test set.
Table 5: The errors of some machine learning algorithms on promoter data set.
System

Errors

Comments

REX-1

0/106

Inductive L.A

530

�ILA

0/106

Inductive L.A

IREM

2/106

Class-based entropy

keREM

3/106

Class-based gain

KBANN

4/106

A hybrid ML system

ANN

6/106

ANN
with
hidden layer

BP

8/106

Standard
backpropagation with
one layer

RULES3

11/106

Nc=1

O'Neill

12/106

Ad hoc tech. from the
bio. lit.

NearNeigh

13/106

A nearest neighbours
algorithm

ID3

19/106

Quinlan's
builder

ANN

21/106

ANN with
hidden l.

two

decision
three

As it may be driven from table 5, using the same data set, error rate of accuracy on the test
data of the REX and ILA is 0/106, which is the minimum error rate. The second best result
belongs to IREM with the error rate 2/106.
REFERENCES
Quinlan, R. (1986). Induction Decision Tree. Machine Learning, 1, 81-106.
Jayaram, P., Bhushan, K. (2000). Bioinformatics For Better Tomorrowç. Indian Institute of
Technology, Hauz Khas: New Delhi.
Domingos, P. (1995). Rule Induction and Instance Based Learning. IJCAI-95.
531

�Clark, P., Niblett, T. (1989). The CN2 Induction Algorithm. Machine Learning, 3, 261-283.
Aksoy, M. S. (1993). New Algorithms for Machine Learning, University of Wales: Cardiff.
Merz, C. J., Murphy, P. M. (1996). UCI Repository of Machine Learning Database, Retrieved
April 1, 2010, from http://www.ics.uci.edu/~mlearning/MLlearning.
Nayır, A., Karlı, G. (2009). Application of Artificial Neural Network (ANN) to DNA
Sequence Analysis, In AICT 2009, The 3rd IEEE International Conference on Application of
Information and Communication Technologies.
Karlı, G., (2000). Application of Rule Induction Algorithms to DNA Sequence Analysis.
Fatih University: İstanbul.
Akgöbek, Ö., Aydın, Y. S., Aksoy, M. S. (2006). A new algorithm for automatic knowledge
acquisition in inductive learning. Knowledge-based Systems, 19, 388-395.
Shelke, RR., Deshmukh, V. M. (2007). Computational analysis of DNA microarray data
using data mining. Biosciences Biotechnology Research Asia, 4, 321-324.
Mhamdi, F., Elloumi, M., Rakotomalala, R. (2004). Textmining feature selection and
datamining for proteins classification. In ICTTA 2004, International Conference on
Information and Communication Technologies: From Theory to Applications, 457-458.
Hanuman, T., Raghava, M., Siva, A., Mrithyunjaya, K , Chandra, V. (2009). Performance
Comparative in Classification Algorithms Using Real Datasets. Comput Sci Syst Biol, 2, 97100.
Khan, A., Baharudin, B., Lee, L. H, Khan, K, A. (2010). Review of Machine Learning
Algorithms for Text-Documents Classification, Journal Of Advances In Information
Technology.
Rosenblatt, F. (1962). Principles of Neurodynamics. Spartan: New York.
Rumelhart, D. E., Hinton, G. E., Williams, R. J. (1986). Learning Internal Representations by
Error Propagation. In: Rumelhart D E, McClelland J L et al. (eds.) Parallel Distributed
Processing: Explorations in the Microstructure of Cognition. MIT Press, Cambridge, MA, 1,
318-362.
Camargo, L. S. &amp; Yoneyama, T. (2001). Specification of Training Sets and the Number of
Hidden Neurons for Multilayer Perceptrons. Neural Computation 13: 2673–2680.
Kon, M. &amp; Plaskota, L. (2000), Information complexity of neural networks, Neural Networks
13: 365–375.
Neocleous, C. &amp; Schizas, C., (2002), Artificial Neural Network Learning: A Comparative
Review, LNAI 2308, pp. 300–313, Springer-Verlag Berlin Heidelberg.
532

�Yam, J. &amp; Chow, W. (2001). Feedforward Networks Training Speed Enhancement by
Optimal Initialization of the Synaptic Coefficients. IEEE Transactions on Neural Networks,
12, 430-434.
Weigend, A. S., Rumelhart, D. E., &amp; Huberman, B. A. (1991). Generalization by weightelimination with application to forecasting. In: R. P. Lippmann, J. Moody, &amp; D. S. Touretzky
(eds.), Advances in Neural Information Processing Systems 3, San Mateo, CA: Morgan
Kaufmann.
Siddique, M. N. H. and Tokhi, M. O. (2001), Training Neural Networks: Backpropagation vs.
Genetic Algorithms, IEEE International Joint Conference on Neural Networks, 4, 2673–2678.
Yen, G. G. and Lu, H. (2000), Hierarchical genetic algorithm based neural network design,
IEEE Symposium on Combinations of Evolutionary Computation and Neural Networks, 168–
175.
Vivarelli, F. &amp; Williams, C. (2001). Comparing Bayesian neural network algorithms for
classifying segmented outdoor images. Neural Networks, 14, 427-437.
W. W. Cohen. (1995). Learning to classify English text with ILP methods. In Luc De Raedt,
editor, Advances in inductive logic programming, 124–143. IOS Press, Amsterdam, NL.
Michalski, R. S., Chilausky, R. L. (1980). Learning by being told and learning from
examples: an experimental comparison of the two methods of knowledge acquisition in the
context of developing and expert system for soybean disease diagnosis. Policy Analysis and
Information Systems, 4.
Bonarini, A. (2000), An Introduction to Learning Fuzzy Classifier Systems. Lecture Notes in
Computer Science, 1813, 83-92.
Furnkranz, J. (1997). Pruning algorithms for rule learning. Machine Learning, 27, 139-171.
Frank, E. &amp; Witten, I. (1998). Generating Accurate Rule Sets Without Global Optimization.
In Shavlik, J., (eds), Machine Learning: Proceedings of the Fifteenth International
Conference, Morgan Kaufmann Publishers.
Pham, D.T., Dimov, S.S. (1997). The RULES-4 incremental inductive learning algorithm, in:
R.A. Adey, G. Rzevski, R. Teti (Eds.), Applications of Artificial Intelligence in Engineering
XII. Computational Mechanics Publications.

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�</text>
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                <text>Keywords: Data mining, machine learning, supervised learning, classification, rule-based  algorithms.  Abstract  Data mining has become an important and active area of research because of theoretical  challenges and practical applications associated with the problem of discovering interesting  and previously unknown knowledge from very large real world database. These databases  contain potential gold mine of valuable information, but it is beyond human ability to analyze  massive amount of data and elicit meaningful patterns by using conventional techniques. In  this study, DNA sequence was analyzed to locate promoter which is a regulatory region of  DNA located upstream of a gene, providing a control point for regulated gene transcription.  In this study, some supervised learning algorithms such as artificial neural network (ANN),  RULES-3 and newly developed keREM-IREM rule induction algorithms were used to  analyse to DNA sequence. In the experiments different option of keREM, RULES-3 and  ANN were used, and according to the empirical comparisons, the algorithms appeared to be  comparable to well-known algorithms in terms of the accuracy of the extracted rule in  classifying unseen data.</text>
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                    <text>3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Antalya As Destination In Convention Tourism
Gonca Manap Davras
Süleyman Demirel University,Isparta, Turkey
goncamanap@edu.edu.tr
Abstract
Convention tourism is a type of alternative tourism consisting of the total of activities which
emerge as a result of the organization of meetings. Individuals convene in line with the
developments in science and technology and the increasing need for specialization, in order to
learn new technologies, to explain and present their scientific work, or to engage in an exchange
of information. This situation introduces convention tourism, an important type of alternative
tourism activity. Growing rapidly, this type of tourism came to tone into other types of tourism
and now possesses an important share in world tourism. There are about 9 thousand conventions
all over the world each year both at national and international levels, and as a result, 75 million
people travel for these conventions.
Convention tourism, which partially solves the problem of seasonal tourism and has the potential
to bring high revenues, is next to leisure tourism, an important alternative tourism activity highly
preferred in Turkey. After Istanbul, Antalya now wants to have a say in the market of
international conventions.
This study displays the nature of convention tourism in Turkey and in the world with numeric
data. It indicates the characteristics of convention tourism as well as the expectations of attendees
from the convention centers. The chosen convention city shall be above a certain level so as to
fulfill these expectations. With this aim, Antalya, which wants to play a bigger role in the
convention market, has been thoroughly examined through a SWOT analysis.
Keywords: Alternative tourism, Convention tourism, Antalya
1.INTRODUCTION
The tourism sector has started to increase its variety according to demands. One of the alternative
tourism types, convention tourism has been rapidly growing in the past few years. According to
the data in 2011 by the Union of International Associations (UIA), every year about 9 thousand
conventions are organized in 218 countries and 75 million people travel to attend them.
Convention tourism, whose participants spend 3.5 times more than normal tourists, has a direct
effect on 37 sectors and an income share of 30% in the world tourism
market.(http://ifm.ibb.gov.tr/Calismalar/Documents/altyap%C4%B1%20_komitesi_cal%C4%B1
%C5%9Fma_raporu_taslak.pdf: reaching date: 5.4.2012)
During this process of development, Turkey has been lucky in this competition due to its firstclass accommodation and meeting facilities, its transportation opportunities to the world’s
principal cities, its cultural and natural beauties, its perfect climate, and its more appropriate
84

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

prices compared to alternative destinations. Using this opportunity, Turkey has been increasing
its share in the convention tourism sector, which has been growing rapidly. In this context, many
initiatives were undertaken mainly in Istanbul and in other cities such as Izmir, Antalya, and
Ankara, where convention and visitor centers have been established. In “Turkey’s Tourism
Strategy for 2023” and “Action-Plan 2007-2023,” implemented by the Ministry of Culture and
Tourism, Ankara, Bursa, Konya and Mersin are designated as convention cities, and Istanbul,
Antalya, Izmir, Ankara, Adana, Gaziantep and Trabzon as important expo cities. (Ersun &amp; Aslan,
2009: 107 )
This study first explains the scope of convention tourism and its characteristics, and examines the
development of the convention market in the world and in Turkey. Then it evaluates Antalya, an
important touristic city in Turkey, according to the supply in convention tourism by using the
SWOT analysis method.
2.CONVENTION TOURISM
According to the United National World Tourism Organization (UNWTO), the number of 980
million people traveling on earth in 2011 will increase to 1.6 billion in 2020, and the 919 million
dollars of revenue from tourism in 2010 will increase to 2 trillion dollars.
(http://www.tourexpi.com/tr-intl/news.html~nid=42076: reaching date: 12.4.2012) In Turkey,
which started its touristic activities in 1980, the number of 326 thousand tourists in 1980
increased to 31.5 million people in 2011, and the revenue reached 17 million dollars. According
to UNWTO, after France, the USA, Spain, China, Italy, and England, Turkey is 7th in the list of
first 10 countries which attracted the most visitors in 2011. (www.airporthaber.com/turkiyedunya-yedincisi--32450h.html: reaching date: 5.4.2012)
The original concept of tourism has been changing every day in terms of form and content, and
the demands and expectations of tourists have been also shifting. The trio of sea-sun-sand has
been yielding its place to alternative tourism activities. Therefore, national, regional, and urban
leaders, who realize the local, regional, national and international value of tourism, choose to
diversify touristic activities with alternative tourism options and build their plans accordingly.
One of the important types of tourism growing in the world in the past few years is convention
tourism. The increasing number of conventions every year demonstrates the bright future of this
type of tourism.(Kozak, Kozak &amp; Kozak, 2001: 21)
Convention tourism is the total of events and relations regarding travel and accommodation that
emerge out of individuals convening in a location that is not their usual lodging or working place,
in order to have an information exchange on a topic that requires specialization, such as scientific
developments or occupational subject matters. (www.kobifinans.com.tr/tr/sektor/011610/21645:
reaching date: 5.4.2012)
Convention tourism does not consist of only the travels for conventions. Seminars, symposiums,
workshops etc. are also included within the scope of convention tourism. For this reason,
“meeting tourism” is used instead of “convention tourism.” The conventions organized nationally
and internationally may be on many topics. (Pechlaner, Zeni &amp; Raich, 2007: 32 )
Convention tourism is part of business tourism and of the individual business trips or convention
and fair visits, which belong to that category as well. For this reason, it comes into existence with
the change and trends in cultural topics, leisure time, workforce, health, and education levels.
85

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

While on one hand benefiting from the infrastructure of tourism, on the other, it can balance the
low seasons when traditional touristic activity is stagnant or low. Traditional tourists and
convention delegates are not only service chain operations, but also bring wealth to the economy
of the region.
2.1 The Characteristics of Convention Tourism
With its multi-faceted nature, convention tourism is differentiated from classical tourism in the
following ways:(www.kobifinans.com.tr/tr/sektor/011610/22676: reaching date: 8.4.2012)

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



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Conventions are more concentrated in certain periods of the year and because they usually
take place outside the conventional touristic season, they affect the occupancy rate in
hotels positively.
Convention tourism and convention hotel management need a strong infrastructure in
terms of technical equipment and other constituents.
Fixed investments such as the construction of meeting facilities and convention centers
are of a high cost and are usually undertaken by the state or the local administration.
Because convention tourism is organized outside the general tourism season and because
it involves a wide range of touristic services, it is the type of tourism which generates the
highest income.
It requires detailed and professional preparations such as simultaneous translation, special
programs, preparation and distribution of invitation cards, various transfers, hotel
reservations, arrangement of meetings for delegates and the media, organization of the
convention center, and preparation of tours for accompanying persons and spouses.
The organization of an international convention is considered as an important promotion
tool for a country.
For success in convention tourism, not only the related agencies, but all society shall
support the initiative, and there shall be collaboration among different sections of society.
For success, this type of organizations require a certain level of quality and capacity
regarding transportation, infrastructure, accommodation, convention center and facilities,
personnel, security, peripheral services, environmental and cultural riches.
The level of income of convention participants (delegates) is quite high and all their
expenses are covered by the organization they are representing. According to TURSAB,
they spend 3 times more than a conventional tourist.(www.siyasiforum.net/viewtopic.
php?f=13&amp;t=12232: reaching date: 5.4.2012)

2.2 Convention Tourism in the World and in Turkey
According to International Congress and Convention Association’s (ICCA) data in 2010, Turkey,
this hosts 160 international conventions, places 20th in world ranking. The United States,
Germany, Spain, England, and France occupy the first five spots. When examined at a city level,
in 2010, Istanbul placed 7th in world ranking with 109 conventions before Vienna, Barcelona,
Paris, Berlin, Singapore and Madrid, and rose from 13th place to 6th in European rankings.
(http://iccaworld.com/dcps/doc.cfm?docid=1246: reaching date: 5.3.2012) 2 million convention
participants who came to Turkey stayed for an average of three days and spent 4 million Euros.
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Compared to 10 years ago, this 5-times increase escalated Turkey 14 steps and Istanbul 24 steps
in the convention race. Now, 80% of the conventions in Turkey take place in Istanbul. The
Ministry of Culture and Tourism took this concentration into consideration and added other cities
as locations where conventions and meetings can be organized: Ankara, Antalya as well as
Mersin, Izmir, Konya and Bursa.
Despite all this data and these efforts, and despite all the natural and cultural attractions and
riches that Turkey has, it is not possible to say that the country benefits adequately from
convention tourism. It is obvious that the efforts in this sector should be more deliberately carried
out and more carefully organized.
Convention tourism cannot emerge by itself in this country. Factors of attraction are of utmost
importance in convention tourism. Natural factors such as the geographical location of the region,
natural beauties, climate, cultural and historic riches as well as infrastructure and superstructure
shall be present. The locations where special investments will be made for convention tourism
shall definitely possess convenient facilities for local and foreign visitors to meet their needs such
as accommodation, eating-drinking, leisure etc. For a city to earn its title as an international
convention city, facilities such as transportation, infrastructure, accommodation, convention
centers, security, peripheral services, as well as natural and cultural riches shall be above a
certain quality and capacity. Any malfunction that may arise in these constituents can also hinder
the success of the conventions.(Aymankuy, 2006: 45)
According to the statement of Istanbul Convention and Visitors’ Bureau, 1.5 million tourists,
among the 9 million who visited Istanbul, came for the purpose of meetings and conventions.
According to the data of Association of Turkish Travel Agencies (TURSAB), the number of
tourists who came to Antalya for meetings and conventions is around 200 thousand. All around
Turkey, about 2 million convention participants lodged in 2010. This number is equal to the
number of tourists who visited Turkey in 1980s.(www.siyasiforum.net/viewtopic.php?
f=13&amp;t=12232: reaching date: 5.4.2012)
3.CONVENTION TOURISM DESTINATION: ANTALYA
According to the 2010 data of Antalya Convention Bureau, a total 86 conventions were organized
in Antalya, 40 international, 46 national. With an 81% increase, this number rose up to 156 in
2011. For international conventions, the increase is 40%, and 117% for national conventions.
Accordingly, a total of 156 conventions, 56 national and 100 international, were organized in
Antalya in 2011. In 2010, 37,045 people participated in these meetings.
In 2011 as well, it is observed that conventions were concentrated in Belek, and as in the previous
year, most conventions were in the area of medicine. In addition, many conventions were
organized in the following areas: agriculture, sports, pharmaceutics, animal husbandry, statistics,
chemistry, biology, psychology, physics, technology, cosmetics, law, aquaculture, geography,
and archeology.
Based on the present statistics from Antalya Convention Bureau, it is possible to observe that the
convention sector has been fast growing in Antalya, and that the developments shall take place at
a higher speed in order to fulfill the needs of this sector.
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3.1 SWOT Analysis of Antalya In Terms Of Convention Tourism
The establishments and foundations which decide to organize a convention determine the
location of the convention according to the expectations and wishes of the prospective delegates.
Would the potential delegates want to rest or to have fun? Would they prefer an urban center or
the suburbs? Does the country or city in question have a positive image? All of these are taken
into consideration in the choice of location for a convention.(Aymankuy, 1997: 56)
For a city to earn the title of a convention center, it is expected that some criteria regarding the
following is above a certain quality: accessibility, price, quality of service, the compatibility of
the facilities with the capacity of the convention, the experience of the convention center on
convention tourism, the quality of the hotels near the convention center, transportation ease inside
the city, touristic attractions (cultural richness, restaurants, museums etc.) and security.
(http://www.kobifinans.com.tr/tr/sektor/011610/22001: reaching date: 10.4.2012)
In order to increase the demand for international and national conventions in our country, we
need private congress centers outside Istanbul. One of the leading locations is Antalya. Here
the SWOT analysis (Strengths, Weaknesses, Opportunities and Threats), which includes the
strong and weak aspects of the region as well as the opportunity and threats present in the market,
is used to provide an evaluation of the potential of convention tourism in Antalya.
Strengths
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88

According to data from 2010, there are 789 certified accommodation facilities in Antalya
with a capacity of 348 thousand beds. Many tourism facilities certified by the Ministry of
Culture and Tourism, primarily those in Belek, Kadriye and Kemer, possess modern
meeting rooms, (There are a total of 67 hotels that provide services related to convention
tourism: 47 in Kemer, 6 in Side, 6 in Manavgat, 8 in Alanya. These hotels operate with
155 conference rooms. Their total capacity is for 26,000 people.)
Antalya has a coast to the Mediterranean that is 630 kilometers-long and it benefits from
its coastal location for summer tourism (sea-sand-sun),
Antalya is suitable for tourism all four seasons due to its climate, and is open to tourism
for 12 months,
Antalya has locations which have potential for cultural tourism,
Antalya is one of the biggest ports in Turkey and hosts 7 yacht ports as well,
It has the second biggest airport in Turkey, with two outgoing terminals. Due to its
airport, passenger and yachts ports, tourism investments, 21,000 scheduled and charter
flights every year to 42 different spots in Turkey and abroad, Antalya is the center of
attraction
for
national
and
international
fairs,(www.geziantalya.com/bilgi.asp?id=151&amp;BilgiADI=
Antalya
%20
Kongre%20Turizmi: reaching date: 5.4.2012)
There are efforts to regenerate historical sites,
It is home to Sabancı Glass Pyramide Congress Fair Center with its 4,500 m2 floor space
and 5 rooms, Antalya Cultural Center with its 9000 m2 closed space, Haşim İşcan
Cultural Center with its 11,059 m2 space, and Antalya Expo Center which has 20.000 m2
closed
fair

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo



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space,(http://www.antalya.gov.tr/yukleme/long_files/DBA_Cilt_2/antalya%20cilt2.html:r
eaching date: 16.4.2012)
There is a total of 21 museum and historical sites; 18 are ancient cities, 3 museums,
The airport is 13 kilometers away from the city center (important for the conventions),
There are 25 tourism areas designated by the Ministerial Cabinet, such as Belek, Kemer,
and Alanya,
According to data in 2011, there are 324 beaches with blue flag, 17 marinas with blue flag
and 12 yachts with blue flag, (http://www.antalya.gov.tr/anasayfa: reaching date:
16.4.2012)
Prices are affordable,
The historical and cultural spirit of the city is alive 24/7,
Many international cultural and art festivals are organized here,
Antalya benefits from a variety in tourism, including cultural tourism, health tourism,
shopping tourism, sports tourism, and recreational tourism,
The local administration is conscious of the importance of convention tourism,

Weaknesses
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89

Efforts among stakeholders in the sector of convention tourism are uncoordinated,
The number of multi-purpose convention centers is inadequate,
Convention demands in Antalya largely arise from the internal market, and the
international demand is quite low,
Accommodation facilities and travel agencies related to convention tourism are not
members of international organizations that largely work on conventions,(Çizel, 1999:
128)
Tourism promotion is the total of activities of creating a positive image about the touristic
values of the country and of informing potential tourists about essential qualities which
constitute the touristic potential of a country, such as nature, culture, history, archeology,
the sea, the sun etc., and about the superstructure of tourism, by using all types of
promotion techniques in tourism markets.(Tavmergen &amp; Meriç, 2002: 33) However,
Antalya lacks marketing and promotion in convention tourism,
Convention and Visitors’ Centers have an important role in coordinating convention
tourism, manage the relationship among the stakeholders, and organize the activities of
destination management and of marketing and promotion. (Ersun &amp; Aslan, 2009: 92)
Antalya Convention Bureau, which is important in the marketing of convention tourism in
Antalya, is not successful in this area,
Despite many convention hotels in Antalya, because these hotels prefer to act
individually, there are few opportunities for organizing international conventions,
Even though accommodation places have facilities suited for convention tourism, they
lack the staff specialized in this topic,(Çizel,1999:126)
Antalya lacks the perception of a certain image about convention tourism,(Doğanlı, 2006:
187)
Because the type of tourism based on sea-sun-sand trio is emphasized here, many
businesses have little interest in other types of tourism,

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Opportunities

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

Indian Travel Agencies Union and British Travel Agencies Union chose Antalya for their
Travel Congress in 2012,
International Union of Congress Organizers, with members specialized in meetings and
congresses over 65 countries, preferred Antalya for their general assembly over Houston
in the United States and Monterrey in Mexico,
Akdeniz University and International Antalya University (which will start student
admission in the academic year of 2012-2013 as the second university and the first
endowment university in Antalya) is engaging in activities both by working academically
and by creating the qualified personnel who can work in convention tourism,

Threats
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

Nature is being destroyed, especially on the coastal strip where there is unplanned and
irregular development,
The image of Antalya which cheap tourists create due to the cheap prices carries repelling
characteristics for convention groups that have a higher income level than normal tourists,
(Çizel,1999:113)
The number of Turkey’s competitors in the convention tourism area increase every day,
The accommodation duration of the tourists is only 3-4 days,

4. CONCLUSION
As one of the cities with the biggest tourism potential in Turkey, Antalya is home to various
types of tourism activities. One of these is convention tourism. By using SWOT analysis, this
study evaluated Antalya, which is a preferred location for national and international congress
activities on various topics, and its opportunities such as transportation, infrastructure,
accommodation, convention centers and facilities, security, and peripheral services. The study
indicated that areas such as transportation facilities, cultural and historical richness, and
accommodation conditions are above a certain level. Marketing and promotion activities have
shortcomings, and both local administration and private firms have a big role in this respect. In
addition, the convention rooms in the hotels are not adequate. The lack of equipped convention
centers also appears as a problem.
Taking huge steps in convention tourism, Turkey accelerated its activities also in Antalya after
Istanbul. International Congress and Convention Association’s (ICCA) choice of Antalya for
their general assembly in 2014 is an important opportunity for Antalya to become popular in the
convention tourism market. The city should combine this opportunity with its other strengths,
reinforce its weaknesses, and take strong steps in convention tourism.
REFERENCES
Aslan, K. (2009) Türkiye’de Kongre Turizmini Geliştirme İmkanları, İstanbul Ticaret Odası
www.kobifinans.com.tr/tr/sektor/011610/21645: reaching date: 5.4.2012
90

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www.kobifinans.com.tr/tr/sektor/011610/22676: reaching date: 8.4.2012
www.kobifinans.com.tr/tr/sektor/011610/22001: reaching date: 10.4.2012
Aymankuy, Y. (1997) Turizm’de Geliştirilebilir Turizm Şekli Olarak Kongre Turizmi ve İzmir İl
Merkezi Örnek Uygulaması, Balıkesir Üniversitesi Sosyal Bilimler Ens. Turizm İşletmeciliği ve
Otelcilik Anabilim Dalı, Doktora Tezi, Balıkesir
Aymankuy, Y. (2006) Kongre Turizmi Ve Fuar Organizasyonları, Detay Yayıncılık, Ankara
Çizel, B. (1999) Kongre Turizmi, Kongre Organizasyonu ve Antalya Bölgesinin Kongre Turizmi
Potansiyeli, Sorunları ve Gelecekteki Beklentilerine Yönelik Bir Araştırma, Akdeniz
Üniversitesi, Sosyal Bilimler Ens. Turizm İşletmeciliği ve Otelcilik Anabilim Dalı, Yüksek lisans
Tezi, Antalya
Doğanlı, B. (2006) Turizmde Destinasyon Markalaşması Ve Antalya Örneği, Süleyman Demirel
Üniversitesi, İşletme Bölümü Doktora Tezi, Isparta, 2006, pp.187
Ersun, N. and Aslan K. (2009) Kongre Turizminin Geliştirilmesinde Kongre Ve Ziyaretçi
Bürolarının Rolü ve Önemi, İstanbul Ticaret Üniversitesi Sosyal Bilimler Dergisi Yıl:8 Sayı:15,
pp. 89-114
Kozak, N., Kozak, M. A., Kozak, M.,(2001) Genel Turizm İlkeleri-Kavramlar, Detay Yayıncılık,
5. Baskı, Ankara, pp. 21
Pechlaner, H., Zenı, A. &amp; Raıch, F. (2007),"Congress tourism and leisure tendencies with special
focus on economic aspects", Tourism Review, Vol. 62 Iss: 3 pp. 32 – 38
Tavmergen, İ. P. and Meriç, P. Ö. (2002) Turizmde
Kitapevi, 1. Bası, Ankara, pp. 33

Tanıtma ve Halkla İlişkiler, Turhan

www.airporthaber.com/turkiye-dunya-yedincisi--32450h.html: reaching date: 5.4.2012
www.siyasiforum.net/viewtopic.php?f=13&amp;t=12232: reaching date: 5.4.2012
http://iccaworld.com/dcps/doc.cfm?docid=1246: reaching date: 5.3.2012
www.geziantalya.com/bilgi.asp?id=151&amp;BilgiADI=Antalya%20Kongre%20Turizmi:
date: 5.4.2012

reaching

Antalya Valiliği, http://www.antalya.gov.tr/anasayfa: reaching date: 16.4.2012
http://www.tourexpi.com/tr-intl/news.html~nid=42076: reaching date: 12.4.2012
Dünden Bugüne Antalya,
http://www.antalya.gov.tr/yukleme/long_files/DBA_Cilt_2/antalya%20cilt2.html: reaching
date: 16.4.2012
İstanbul Uluslararası Finans Merkezi Projesi (2011) Altyapı Komitesi, Çalışma Raporu, pp.139
http://ifm.ibb.gov.tr/Calismalar/Documents/altyap%C4%B1%20_komitesi_cal%C4%B1%C5%9
Fma_raporu_taslak.pdf: reaching date: 5.4.2012

91

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                <text>Convention tourism is a type of alternative tourism consisting of the total of activities which  emerge as a result of the organization of meetings. Individuals convene in line with the  developments in science and technology and the increasing need for specialization, in order to  learn new technologies, to explain and present their scientific work, or to engage in an exchange  of information. This situation introduces convention tourism, an important type of alternative  tourism activity. Growing rapidly, this type of tourism came to tone into other types of tourism  and now possesses an important share in world tourism. There are about 9 thousand conventions  all over the world each year both at national and international levels, and as a result, 75 million  people travel for these conventions.  Convention tourism, which partially solves the problem of seasonal tourism and has the potential  to bring high revenues, is next to leisure tourism, an important alternative tourism activity highly  preferred in Turkey. After Istanbul, Antalya now wants to have a say in the market of  international conventions.  This study displays the nature of convention tourism in Turkey and in the world with numeric  data. It indicates the characteristics of convention tourism as well as the expectations of attendees  from the convention centers. The chosen convention city shall be above a certain level so as to  fulfill these expectations. With this aim, Antalya, which wants to play a bigger role in the  convention market, has been thoroughly examined through a SWOT analysis.  Keywords: Alternative tourism, Convention tourism, Antalya</text>
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                    <text>3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

The Effects of Leadership On Job Satisfaction
(Visionary Leadership, Transformational leadership, Transactional leadership)
Furkan Baltaci, Emin Kara, Erdal Tascan, Huseyin Avsalli
Akdeniz University, Alanya Faculty of Business, Antalya, Turkey
E-mails: fbaltaci@akdeniz.edu.tr, eminkara@gmail.com, etascan@akdeniz.edu.tr,
huseyinavsalli@hotmail.com

Abstract
Humans are social beings and they must be found within the community to meet their
individual needs. It is not possible to meet all the demands and needs of people by coming
together. They also need a person who can organize and evoke them for the sake of an aim.
These individuals are the people who have leadership qualities. When it is taken into
consideration that each source can be reached with the impact of globalization, the employees
who take part in the competition between companies are an effective competitive tool for
business.Enterprises, in which individuals whose personal needs are met work, will always be
one step before its opponents thanks to rising performances of the employees. Enterprises
need leader persons in a real sense in order to organize the employees successfully, to collect
them around a specific purpose, to provide a harmony between the business’s needs and
demands and the employees needs and demands and to realize the integration between them.
Some of the most fundamental roles of these leaders in business are can be listed as finding
most effective and efficient ways to reach determined purposes, providing coordination
between the employees, to share the necessary information about both the situation in which
they exist and the future conditions by predicting, and to supplythe
organizationaleffectivenessandensure justice in theworkplace and so on.
In this study, a deep literature review has been made in order to show the effects of leadership
behaviors of company employers on job satisfaction.Firstly an overallimpact of leadership
behaviors of job satisfaction has been examined thenvisionary, transformational
andtransactional leadershipbehavior effects onjob satisfactionhave been noted down.Thena
model was developedon the results ofworkand studyhas been terminated.
Themost important findingin this study, the transactional leadershipbehavioron job
satisfactionis thatthemost influentialfactor.
This study is being planned to be transformed into an article after an implementation which
will be realized in the 4 or 5 star accommodation centers, in summer 2012, in Alanya.
However, currently, the tourism season is off and the%80 of accommodation facilitieswhich
will be consideredwithin the scope ofthe research are out of usage that’s why this plan will be
realized after the accommodation centers will be available in the summer season.

220

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Keywords: LeadershipBehavior, Job
leadership, transformationalleadership.

Satisfaction,

visionaryleadership,transactional

1.LEADERSHIP CONCEPT
When literature review is examined, it is understood that lots of descriptions was combined,
however, these descriptions haven’t been collected in a common point for leadership
concept .As the cause of this condition; the world’s rapid conversion than ever before or the
societies’ becoming tend to more science-oriented rather than industry-oriented can be
shown.( Gül and Şahin, 2011:237). As the communities become more science-oriented today,
“leadership” is defined as the convincing ability of individuals who have leadership quality
in order to make people in his environment reach the determined aim (Erdoğan, 2007: 486487). The point to be considered is ability of actuation the people around him by means of
convincing. Because many different descriptions were combined about leadership but many
of these point out the same point. As the reason for this the customer-based structure’s
acceptance rather than production-based structure can be shown. Voon and others(2011:24)
define leadership as the interaction process which occurs between leader and other workers
and the goal of which is reaching to determined aims of management . When another
description is examined, it is possible to see that leadership is mentioned as the skill to
influence a group of people in order to get them reach their targets.(from Bass, 1990 Çakar
and Arbak,2003:84 ). According to Kent ( 2005: 1011), the leadership is the process that is
based on interaction between the leader and his followers, being effective of change and
development of both and affecting their motivation and behaviours. So the leader is the
person who leads to his juniors to determined targets (Budak and Budak , 2004:379),
motivate them to achieve the objectives, control and coordinate their work (Erdoğan,
2007:486). He is the person that is followed or obeyed by a grup people whose aim is to
realize their personal and merged group objectives.

2.THE RELATIONSHIP BETWEEN LEADERSHIP AND JOB SATISFACTION
Many studies were conducted to examine the relationship between job satisfaction between
leadership and job satisfaction.When the studies are examined, it is deduced that the
leadership styles have a crucial impact on job satisfaction. The compatibility level of leader
and workers is one of the most essential factor on job satisfaction or dissatisfaction. A study
which was built by Rad and Yarmohammadian (2006) proves this. According to the study, a
leader who had participative leadership feature , failed to improve the company. The
company stayed in the same point for a long time and couldn’t show any headway.
Furthermore, it was revealed that, such kind of leadership behaviour decreased the job
satisfaction, increased worker turnover and shortened the range of burnout.
In corresponding this, the managers’ supportive behaviour on labour and prefer clearness in
communication affect performance of workers in a positive way.The companies which
possess leader managers in those charasteristics have an improvement on job satisfaction.
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Workers want their managers to be the leader ones.The job dissatisfaction appears when
there is a gap between the workers’ expectation of leadership features and the the ones
manager have. (Elpers and Westheus,2008).The job satisfaction level increases when the gap
between the workers’ expectation of leadership charesteristics and the the ones manager has
declines. In a research made by Tengilimoğlu and Yiğit (2005), when the leadership styles
which workers expect from the managers and the managers exhibit bocame closer each other,
it was observed that, the job satisfaction level became higher and the leadership styles that
affect job satisfaction are respectively ; participative, instrumental, achievement-oriented and
supportive leadership. Managers’ leadership behaviors which they exhibit within an
organization enables the existence of clear communication between leader and workers.This
situation provides getting rid of job stress within the organization of workers and supply an
organizational environment helping to promote performance of employee.As a consequence
job pleasure of workers increases and workers’ turnover level decreases.(Kim and Brymer,
2011:1025)
However, on the case that the workers are not contended with their leaders, job dissatisfaction
appears and their organizational relationship decrease.Thus, in such casesthe worker turnover
increases, burnout level rises and behaviours such as sabotage are to be seen.(Aşık, 2010;
Turunç and oth., 2010; Voon and oth., 2010; Harrington and oth., 2010)

2.1.VISIONARY LEADERSHIP AND JOB SATISFACTION
Visionary leadership is the ability of constructing an influencd on people to activate for
determined aims and to convey this ability to his followers.(Buluç,2009: 11). When we
consider that ambuguity which takes place in the work area causes job
dissatisfaction,(Kristina and oth., 2004) we can assert that visionary leadership behaviour has
a positive influence on job satisfaction. Because the leaders who have the feature of visionary
leadership possess a foresight about developments of future and determine some objectives
for future.(Yılmaz and Karahan, 2010:146) So the workers can also make predictions maybe
to some extent and their ambiguity perception reduces. So it could affect their job satisfaction
in a positive way.
A study which was implemented by Dalgın and Topaloğlu (2010: 199) also supports this
hypothesis. According to the study results, in the enterprises the employees who are working
with the visionary leader managers ar e contended with their manager and this case results in
a high level of job satisfaction.In another study, which was performed by Yılmaz and
Karahan, ( 2010:156), it has been identified that the most important factor in flourishing
performance is visionary leadership behaviour.Riaz and Haider (2010:35) point out the
relationship between performance development and leader’s determinig explicit objectives
and then state that as a result of this job satisfaction rises.

222

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2.2.INTERACTIONIST LEADERSHIP AND JOB SATISFACTION
Interactionist leadership behavior which was asserted by J.M.Burns and later was developed
by mainly B.M.Bass and many other researchers, it is advocated that, in the relationship
between leader and his followers success can be reached on the condition that, these two
parts’ behavior change.(Erdoğan, 2007: 522). According to the study made by Voon and his
associates( 2001:30), the job satisfaction level reduces when the employees are working with
interactionist leaders.Two factors have been determined as the cause of low job satisfaction:
the working environment prepared by leaders and the responsibilities he gave to workers.The
employees lose motivation built by their leaders ond the case that they can’t feel the
necessary sympathy and intimacy they expect from their leaders who have interactionist
leadership behaviour.(Watson, 2009: 306). Moreover the unnatural behaviours of
interactionist leaders towards employees cause workers’ losing their instrinsic motivation.
Punishing or rewarding of interactionist leader managers the employees according to their
performance are met with pleasure by workers and compose a fair management’s judgement
among them.As a result the employees job satisfaction level rises.But an unfair treat in
rewarding or punishment system may cause low job satisfaction in workers.

2.3.TRANSFORMATIVE LEADERSHIP AND JOB SATISFACTION
Transformational leadership is the process during which the leader makes up an intimacy for
organizational aims and goals among workers, convincing them to the belief that they can
manage great works
and motivating them in order to attain these determined
objectives.(Tutar and oth., 2009: 1385; Erdoğan, 2007:522).
Transformationalleader managers help their juniors to be able to become the ones who are
creative, innovative, productive and adaptable to different environment conditions within the
organization. The employees who are working in such environments have a strong devotion
for their jobs, job satisfaction level increases as well. ( Bushra and oth., 2011: 266). Tutar
and Tuzcuoğlu (2006:1395) also stated that the employees who are working in organizations
where transformational leadership perception climate is existing, have a high job satisfaction
level and have less tendency to turnover.

Transformational leaders bring a new and original management understanding to the
enterprises where their job is to manage by using their individual special features and by
doing so promote the performance of organization.This transformation which happens in the
organization has also a positive influence on employees and it provides their job
satisfaction’s increse. (Voon and oth., 2011: 30). Supporting his juniors’ make individual
choices, making it possible for them have creative ideas and valuing them, affecting them
remarkably, motivating to objectives, and the conditioned reward system ( rewarding on the
cases that performance increases, punishing on the cases that it decreases), transformational
leaders create a safe and soft influence on their followers and provide a high job satisfaction
level. (Watson, 2009: 306)
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�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

2.4.RESEARCH MODEL
As a consequence of a literature review it has been concluded that leadership behaviours’
effects on job satisaction changes according to some demographic factors. The relationsips
identified in this context are below.

Age

VISIONARY

Education Level
Gender

INTERACTIONIST

JOB
SATISFACTION

Marital Status
Income

TRANSFORMATI
VE

Sector
Experience

3.CONCLUSIONS
One of the factor that enables enterprises make production is labor.Labor is of great
İmportance for the organization’ realizing its activities. Enterprises are constantly planning to
attain an superiority towards each other and increase their profit proportions.In order to
success this,they try to find some methods to use the productive power most effectively and
productively.When we keep in mind that productive power,in spending the business
enterprises made to realize the production,has an important role,it is concluded that
employees must be used effectively and productively,otherwise,the money spent for
productive power will be in vain.Supplying of productivity of productive power is based
firstly on supplying the requirements of workers and secondly demands of them.Thus the
factors which contribute to labor is human-being element. Humanbeing is a social creature
and because of this feature,he has a lot of requirements and demands.These people,whose
requirements are supplied,do their job fondly and in the end, on behalf of the reach of
productivity in the management,it will be a good step.
With this study,it is identified by means of literature review that how leadership behaviours
of enterprise managers have an effect on job satisfaction of workers.


224

As a result of research,it is identified that visionary leadership perception of male
workers is higher than female worker’s.

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo







It is seen that there is a lineary proportion between worker’s age and visionary
leadership perception.This can be a problem in terms of enterprise.The goals the
manager planned for future can not be understood by workers and this makes them
feel stressful and decrease their level of job satisfaction.So, the managers who have a
visionary leadership feature,must interested especially with young workers closer and
transfer the tasks and vision they determine more clear and understandable.Thanks to
this,the workers are utilized more effectively and productively.
It is identified that interactional,transformational and visionary leadership behaviours
increase the level of job satisfaction.Furthermore, the worker’s level of job
satisfaction who works with managers presenting a visionary leadership feature is
much higher than the other two leadership kinds.managers must be as fair as possible
among the workers and keeping this situation going on without arousing an injustice
perception among the workers,is highly important.
It is concluded that in some cases there is a lineary proportion between level of
education and outcome, worker’s level of job satisfaction increases as well.So, there
will be an increase in their effectiveness and productivity.

REFERENCES
Aşık, Nuran Akşit, (2010). “Çalışanların İş Doyumunu Etkileyen Bireysel ve Örgütsel
Faktörler ile Sonuçlarına İlişkin Kavramsal Bir Değerlendirme”, Türk İdare Dergisi, 467: 3151.
Budak, Gülay ve Budak, Gönül, (2004). İşletme Yönetimi, Barış Yayınları Fakülteler
Kitabevi, İzmir.
Bushra, Fatima, Usman, Ahmad ve Naveed, Asvir, (2011). “Effect of Transformational
Leadership on Employees’ Job Satisfaction and Organizational Commitment in Banking
Sector of Lahore (Pakistan)”, International Journal of Business and Social Science, 2, (18):
261-267.
Dalgın, Taner ve Topaloğlu, Cafer, (2010). “Liderlik Davranışları ve İş Tatmini Arasındaki
İlişki: Marmaris’te faaliyet Gösteren Beş Yıldızlı Otel İşletmelerinde Uygulama”, 11.Ulusal
Turizm Kongresi Bildiri Kitabı, Ed.Çolakoğlu, O. E., 193-202.
Diekmann, Kristina, Barness, Zoe, Sondak, Harris, (2004). “Uncertainty, Fairness
Perceptions, and Job Satisfaction: A Field Study”, Journal of Social Justice Research, 17, (3):
237-255.
Elpers, Kathy ve Westhuis, David, (2008). “Organizational Leadership and Its Impact on
Social Workers' Job Satisfaction: a National Study”, Administration in Social Work, 32, (3):
26-43.
Erdoğan, İlhan, (2007). İşletmelerde Davranış, Malatyalı İş Adamları Derneği Yönetim
Yayınları Dizisi – 1, İstanbul.
Harrigton, Donna, Bean, Nadine, Pintello, Denise ve Mathews, Deborah, (2001). “Job
Satisfaction and Burnout: Predictors of Intentions to Leave a Job in a Military Setting”,
Journal of Administration in Social Work, 25, (3): 1-16.
225

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Kent, Thomas, (2005). “Leading and Managing: It Takes Two Tango”, Journal of
Management Decision, 2005, 43, (7/8):1010-1017.
Kim, Woo Gon ve Brymer, Robert, (2011). “The Effects Of Ethical Leadership On Manager
Job Satisfaction, Commitment, Behavioral Outcomes, and Firm Performance”, International
Journal of Hospitality and Management, 30: 1020-1026.
Koçel, Tamer, (2010). İşletme Yöneticiliği, Beta Basım Yayım Dağıtım A.Ş., İstanbul.
Özmen, Fatma ve Aküzüm, Cemal, (2010). “Okulların Kültürel Yapısı İçinde Çatışmalara
Bakış Açısı ve Çatışma Çözümünde Okul Yöneticilerini Liderlik Davranışları”, Sosyal ve
Beşeri Bilimler Dergisi, 2, (2): 65-75.
Rad, Ali Mohammad Mosadegh ve Yarmohammadian, Mohammad Hossein, (2006). “A
Study of Relationship Between Managers’ Leadership Style and Employees’ Job
Satisfaction”, Journal of Leadership in Health Services, 19, (2): 11-28.
Riaz, Adnan, Haider ve Mubarak., Hussain, (2010). “Role of Transformational and
Transactional Leadership on Job Satisfaction and Career Satisfaction”, Peer-Reviewed &amp;
Open Access Journal, 1, (1): 29-38.
Tengilimoğlu, Dilaver ve Yiğit, Arzu, (2005). “Hastanelerde Liderlik Davranışlarının
Personel İş Doyumuna Etkisini Belirlemeye Yönelik Bir Alan Çalışması”, Hacettepe Sağlık
İdaresi Dergisi, 8, (3): 374-400.
Turunç, Ömer, Tabak, Akif, Şeşen, Harun ve Türkyılmaz, Ali, (2010). “Çalışma Yaşamı
Kalitesinin Prosedür Adaleti, İş Tatmini, İş Stresi ve İşten Ayrılma Niyetine Etkisi”, "İŞ,
GÜÇ" Endüstri İlişkileri ve İnsan Kaynakları Dergisi, 12, (3): 79-96.
Tutar, Hasan, Tuzcuoğlu, Ferruh, Argün, Çiğdem ve Akman, Elvettin, (2009).
“Dönüştürücü/Etkileşimci Liderliğin Örgütsel Adanmışlık Üzerine Etkisi: Karşılaştırmalı Bir
Çalışma”, International Davraz Congress on Social and Economic Issues Shaping the
World’s Future; New Global Dialogue, 14-27, (September), 1384-1396.
Voon, M.L., Lo, M.C., Ngui, K.S., ve Ayob, N.B., (2011). “The İnfluence Of Leadership
Styles on Employees’ Job Satisfaction in Public Sector Organizations in Malaysia”,
International Journal of Business, Management and Social Sciences, 2, (1): 24-32.
Watson, Liana, (2009). “Leadership’s Influence On Job Satisfaction”, Journal of Radiologic
Technology, 80, (4): 297-308.
Yılmaz, Hüseyin, Karahan, Atilla, (2010). “Liderlik Davranışı, Örgütsel Yaratıcılık ve İş
Gören Performansı Arasındaki İlişkilerin İncelenmesi: Uşak’ta Bir Araştırma”, Yönetim ve
Ekonomi Dergisi, 17, (2): 145-158.

226

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                <text>Humans are social beings and they must be found within the community to meet their  individual needs. It is not possible to meet all the demands and needs of people by coming  together. They also need a person who can organize and evoke them for the sake of an aim.  These individuals are the people who have leadership qualities. When it is taken into  consideration that each source can be reached with the impact of globalization, the employees  who take part in the competition between companies are an effective competitive tool for  business.Enterprises, in which individuals whose personal needs are met work, will always be  one step before its opponents thanks to rising performances of the employees. Enterprises  need leader persons in a real sense in order to organize the employees successfully, to collect  them around a specific purpose, to provide a harmony between the business’s needs and  demands and the employees needs and demands and to realize the integration between them.  Some of the most fundamental roles of these leaders in business are can be listed as finding  most effective and efficient ways to reach determined purposes, providing coordination  between the employees, to share the necessary information about both the situation in which  they exist and the future conditions by predicting, and to supplythe  organizationaleffectivenessandensure justice in theworkplace and so on.  In this study, a deep literature review has been made in order to show the effects of leadership  behaviors of company employers on job satisfaction.Firstly an overallimpact of leadership  behaviors of job satisfaction has been examined thenvisionary, transformational  andtransactional leadershipbehavior effects onjob satisfactionhave been noted down.Thena  model was developedon the results ofworkand studyhas been terminated.  Themost important findingin this study, the transactional leadershipbehavioron job  satisfactionis thatthemost influentialfactor.  This study is being planned to be transformed into an article after an implementation which  will be realized in the 4 or 5 star accommodation centers, in summer 2012, in Alanya.  However, currently, the tourism season is off and the%80 of accommodation facilitieswhich  will be consideredwithin the scope ofthe research are out of usage that’s why this plan will be  realized after the accommodation centers will be available in the summer season.Keywords: LeadershipBehavior, Job Satisfaction, visionaryleadership,transactional  leadership, transformationalleadership.</text>
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                    <text>3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

TAYLOR (2009), “Voluntary social initiatives in fresh fruit and vegetables value chains;
ISBN 978-92-2-122007-7 (print); 978-92-2-122008-4 (web pdf) Sarah Best and
Ivanka Mamic.
VERICK, Sher and ISLAM, Iyanatul (2010), “The Great Recession of 2008-2009: Causes,
consequences and policy responses”, Employment Sector Employment Working
Paper No. 61.
WOLF, Martin (2012), http://ekonomi.haberturk.com/makro-ekonomi/haber/710434-bizeders-verin- 28 Ocak 2012 Cumartesi, 13:13:34 (DA:05.04.2012)
YÖRÜKOĞLU, Mehmet (2009), “Küresel Mali Kriz ve Türkiye Ekonomisi”, Türkiye
Cumhuriyet Merkez Bankası Başkan Yardımcısı, 2009, İstanbul.
ZANDI, Mark. Chief economist of Moody's Analytics Inc. He can be reached via
help@economy.com. http://www.philly.com/philly/opinion/144040636.html “Gas
prices and the economy”
www.tcmb.gov.tr
www.imf.org
www.tuik.gov.tr
http://www.kobifinans.com.tr/tr/bilgi_merkezi/02061001/20892 (DA:17.04.2012)
http://www.tim.org.tr/tr/tim-gundem-8.html (DA:20.04.2012)
xa.yimg.com/kq/groups/22560935/886502103/name/ikp-pdf.pdf (17.04.2012)
Natural Resources and Economical Growth in Central Asia and Caucasus
Filiz Kadi
Fatih University Economics Department
Abstract
As it is known, all former Soviet states faced serious economical and social problems after
they gained independency. At this stage of history, these countries took into their hands
responsibilities for self-development. To overcome their problems, they tried to find and
imply suitable policy in all spheres of social life. In order to strengthen their economy, they
had to look their capability and capacity, and use them in the right direction. However, many
factors such as cut off the link between the main provider of the Soviet Union, Russia and
other republics, problems in management, the lack of experience in market economy brought
to serious problems in these countries. As a result, production process was seriously damaged
in all sectors of their economy. Consequently, without being able to manufacture products,
these countries began to focus on the raw materials, not considering effects of economic
dependency on natural recourses.
408

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

In the proposed paper, the authors will make an attempt to explore natural resources and
economical growth in Central Asia and Caucasus and analyze positive and negative effects of
natural resources in these countries.
Keyterms: Natural recourses, Economical growth, Central Asia, Caucasus, etc.
1.Natural Resource and Economic Growth
There is a curious phenomenon that economists call the resource curse - so named
because, on average, countries with large endowments of natural resources perform worse
than countries that are less well endowed. Yet some countries with abundant natural
resources do perform better than others, and some have done well.53
The idea that natural resources might be more an economic curse than a blessing began to
emerge in the 1980s. In this light, the term resource curse thesis was first used by Richard
Auty in 1993 to describe how countries rich in natural resources were unable to use that
wealth to boost their economies and how, counter-intuitively, these countries had lower
economic growth than countries without an abundance of natural resources.54 Numerous
studies, including one by Jeffrey Sachs and Andrew Warner, have shown a link between
natural resource abundance and poor economic growth.55 These disconnect between natural
resource wealth and economic growth can be seen by looking at an example from the oilproducing countries. From 1965-1998, in the OPEC countries, gross national product per
capita growth decreased on average by 1.3%, while in the rest of the developing world, per
capita growth was on average 2.2%.56 Some argue that financial flows from Foreign Aid can
provoke effects that are similar to the Resource Curse.57
Economists put forward three reasons for the dismal performance of some richly endowed
countries:
• First, the prospect of riches orients official efforts to seizing a larger share of the pie, rather
than creating a larger pie. The result of this wealth grab is often war. At other times simple
rent-seeking behavior by officials, aided and abetted by outsiders, is the outcome. It is
53 Joseph E. StiglitzThe Resource Curse Revisite, http://www.projectsyndicate.org/commentary/stiglitz48

54 Auty, Richard M. (1993). Sustaining Development in Mineral Economies: The Resource Curse
Thesis. London: Routledge.
55 Sachs, Jeffrey D., Warner, Andrew M. (1995). Natural resource abundance and economic growth.
NBER Working Paper 5398
56 Gylfason, Thorvaldur (2000). Natural resources, education and economic development. CEPR
Discussion Paper 2594.
57 Djankov, Montalvo, Reynal-Querol (2005). The curse of aid.
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�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

cheaper to bribe a government to provide resources at below-market prices than to invest and
develop an industry, so it is no surprise that some firms succumb to this temptation.
• Second, natural resource prices are volatile, and managing this volatility is hard. Lenders
provide money when times are good, but want their money back when, say, energy prices
plummet. (As the old adage has it, banks only like to lend to those who do not need money.)
Economic activity is thus even more volatile than commodity prices, and much of the gains
made in a boom unravel in the bust that follows.
• Third, oil and other natural resources, while perhaps a source of wealth, do not create jobs
by themselves, and unfortunately, they often crowd out other economic sectors. For example,
an inflow of oil money often leads to currency appreciation - a phenomenon called the Dutch
Disease. 58
The former body of literature is primarily concerned with the negative effects of oil resource
wealth on a developing country’s domestic economic policies and socio-political cleavages
once the inflow of rents has already begun.59 The latter body of literature focuses on political
determinants of economic growth in developing countries within the constraints of the
international system (Bates, 1981; Haggard, 1990). Natural resource production typically
generates high economic rents. Gelb [1988], in particular, stresses that governments typically
earned most of the rents from natural resource exploitation. Others argue that natural
resource abundance inevitably leads to greater corruption and inefficient bureaucracies; or
that high rents distract governments from investing in the ability to produce growth
supporting public goods, such as infrastructure or legal codes.60
More recently, Collier and Hoffler (2002) have shown that natural resources considerably
increase the chances of civil conflict in a country. According to their estimates, the effect of
natural resources on conflict is strong and non-linear. A country that has no natural resources
faces a probability of civil conflict of 0.5 percent, whereas a country with natural resourcesto-GDP share of 26 percent faces a probability of 23 percent. Civil conflict, of course, is an
extreme manifestation of institutional collapse and the work of Collier and Hoffler (2002) is
therefore suggestive of a role for natural resources in affecting institutional quality more
generally.61
2. Economic Structure of Central Asia Countries and Azerbaijan

58 Joseph E. Stiglitz The Resource Curse Revisite, http://www.projectsyndicate.org/commentary/stiglitz48
59 Belawi and Luciani, 1987; Chaudhry, 1997; Gelb, 1988; and Karl, 1997
60 Jeffrey D. Sachs and Andrew M. Warner, NATURAL RESOURCE ABUNDANCE AND ECONOMIC
GROWTH, NBER working paper
61 Xavier Sala-i-Martin Arvind Subramania, Addressing the Natural Resource Curse: An Illustration
from Nigeria, Discussion Paper #:0203-15 May 2003, Newyork
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After the independency of central Asian countries, there appeared many serious problems in
social as well as in economical spheres. As it is known, it takes too much time and afford to
rebuild all relations and to start social changes after the old system existing for a long time
during the period of entering to market economy62; thus in transition economies especially
transformation of the government system becomes one of the most difficult problems.
Moreover, if one considers the fact, that policy makers realizing this transition came from the
old socialist government traditions 63, the burdens of transition period can be better
understood.
Administration of these transition economies expected to face negative conditions of this
process in the early years of their independency only for short period of time. However,
negative sides of economy show that their optimistic expectations were not realized in
practice. Firstly, difficulties occurred in the production process brought many other problems.
The main of the problems was production shrinks and reduction in GDP depending on it.
Many of these countries could not reach GDP level they had before the independency.

Table 1. GDP Growth Rate (%)
1992

1995

2000

2001

2002

2003

2004

2005

2006

2007

2008

2009

2010

Azebaijan

-22,6

-11,8

11,1

9,9

10,5

11,2

10,1

26,4

34,5

25

10,8

9,3

5

Kazakhstan

-5.3

-8,2

9.8

13.5

9.8

9.3

9.6

9.7

10.7

8.9

3.3

1.2

7.3

Uzbekistan

-11,2

-0,9

3.8

4.2

4

4.2

7.7

7

7.3

9.5

9

8.1

8.5

Turkmenistan

-5,3

-7,2

18.5

20.4

15.8

17.1

17.2

13

11.4

11.8

14.7

6.1

9.2

Source: World Bank Development Indicators CD-2012,

Due to the economical dependency of these countries, during the transition period they
experienced big depression between 1989 and 1996 like the capitalism lived in 1929-1933. If
we consider the first decade of the transition period, in general losses appeared in production
for 40-60% on average. In the transition economy, the production showed U-shape because
of the reduction in the production process and results of the stabilization policy effects. 64

62 TİKA, Kırgızistan Ülke Raporu, Türk İşbirliği ve Kalkınma Ajansı Yayınları, Ankara, 1996, N0:31, p.
19.
63 Michael BRUNO: Kriz, İstikrar Programları ve Ekonomik Reform. Çev. Zülfü Dicleli, İstanbul, 1994,
p. 202.
64 Emsen, Ömer Selçuk ve Değer, Kemal. Geçiş Ekonomileri ve Türkiye’de Doğrudan Yabancı
Sermayenin Dinamikleri, Atatürk Üniversitesi Yayınları, Erzurum, 2005. p. 87.
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�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

3. Natural Resources Of Central Asian Countries and Azerbaijan
Azerbaijan, Turkmenistan, Uzbekistan and Kazakhstan have big reserve in term of petroleum
and natural gas. 28 giant petroleum and gas sources are in these countries among the world
there are 509. These four countries have 189 trillion fitkup (5 billion meter kup which equals
31 billion barrels petroleum) total natural gas reserve and 13 billion barrel total petroleum
reserve. In term of oil, Azerbaijan takes the first place with 8 billion barrels reserve,
Kazakhstan takes the second place with 2.9 billion barrels reserve, Turkmenistan takes third
place with 2 billion barrels reserve and Uzbekistan takes the last place with 69 million barrels
reserve. In term of natural gas, Turkmenistan has first place with 129 trillion fitkup reserve
(equals 21 billion barrels petroleum), Uzbekistan has second place with 54 trillion fitkup
reserve(equals 9 billion barrels petroleum) , Azerbaijan 4 trillion ftkup reserve (equals 697
million barrels petroleum) and Kazakhstan has the last place with 1 trillion fitkup
reserve(equals 181 million barrels petroleum).65 The last research showed Kazakhstan
reserves are higher than others both petroleum and natural gas. Tables below show new
report.

Table 2. Countries Petroleum Reserves

Country

Total Approved Share in The Total
Reserve (Billion World Reserve production
tons)
%
(million tons)

Share in World
production

Azerbaijan

1.0

0.6

15.7

% 0.4

Kazakhstan

5.4

3.3

60.5

% 1.6

Uzbekistan

0.1

0.05

6.6

% 0.2

Turkmenistan

0.1

0.05

10.1

%0.3

Source: Yeni Bir Ekonomik Güç Olarak Avrasya, DEİK, Ekim 2005

Table 3. Countries Natural Gas Reserves

65 Sadettin Korkmaz, DOĞAL KAYNAKLAR AÇISINDAN YENİ TÜRK DEVLETLERİ Jeoloji Muhendisliği s,
40, 20-24, 1992. p. 20
http://www.jmo.org.tr/resimler/ekler/3aeec875c479e55_ek.pdf?dergi=JEOLOJ%C4%B0%20M%C3%
9CHEND%C4%B0SL%C4%B0%C4%9E%C4%B0%20DERG%C4%B0S%C4%B0
412

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Country

Total Approved Share in The Total
Reserve (trillion World Reserve production
m3)
%
(billion tons)

Share in World
production

Azerbaijan

48.4

% 0.8

4.6

%0.2

Kazakhstan

105.9

%1.7

18.5

% 0.7

Uzbekistan

65.7

% 1.0

55.8

% 2.1

Turkmenistan

102.4

% 1.6

54.6

% 2.0

Source: Yeni Bir Ekonomik Güç Olarak Avrasya, DEİK, Ekim 2005
Table 4. Exports of goods and services (% of GDP)
1991
Azerbaijan

1995

45.6

Kazakhstan

2000

2001 2002 2003

2004 2005

2006 2007 2008

2009 2010

27.9

39

40.9

42.7

42

48.7

62.9

66.5 68.1 65.7

51.5 55.1

38.9

56.6

45.8

46.9

48.4

52.5

53.5

51.1 49.4 57.2

42. 43.9

81.3 69.04

62.3

61.6 65.02 73.09 36.7 71.1

51.03 51.7

37.2

40.2

Turkmenistan

38.7

83.9

95.5

Uzbekistan

35.2

27.9

24.5 28.07

30.8

37.8

37.1 39.6 43.5

36.3 31.4

Source: World Bank Database 2012
Table 5- Fuel exports (% of merchandise exports)

2000

2001 2002 2003

2004 2005

2006 2007 2008

2009 2010

Azerbaijan

85.08

91.3

82.2

76.7

84.5 81.3 97.08

92.8

Kazakhstan

53.8

61.8

64.8

70.6

69.4 66.5

56.7 59.05

Turkmenistan

81.0

na

na

na

na

na

na

na

na

na

na

na

na

na

na

na

na

na

na

na

na

na

Uzbekistan

88.9 86.01

56.7 59.05

53.8

94.5

Source: World Bank Database 2012

Natural resources take significant share in these countries export. In table 4 shows the natural
resources share as a percentage in their export. All countries export mostly depends on
natural resources.

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�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Due to the recent oil price gains, the two countries’ exports have increased sharply.
Azerbaijan’s exports increased to more than 60% of GDP in 2006, up from 36% in 2003,
with oil exports ($12 billion in 2006) making up more than 90% of total exports. While
Kazakhstan’s oil dependency is less pronounced, oil exports ($24.6 billion in 2006) still
accounted for about 60% of total exports. Additional oil export receipts (measured as an
increase in oil exports between 2003 and 2006) reached 49% (Azerbaijan) and 24%
(Kazakhstan) of their respective GDP in 2006. Kazakhstan saved more than 60% of the
increased oil export receipts in its oil fund, while Azerbaijan saved only 12%66
Graph 1- World Nominal Oil Price Chronology: 1970-2011

Source:
Federal
Reserve
Bank
of
St.
Louis.
http://research.stlouisfed.org/fred2/series/OILPRICE/downloaddata?cid=98

Graph 1 shows oil price changing since 1970 to 2006. In this period petroleum price
shows fluctuation. Except at the beginning of 1980’s, the oil price fluctuated between 10$
and 30$ in 1985 – 2000 years. After 2000, oil price increased sharply from 23$ to 73$ in
2006. This increase still continues, oil price was 92.93$ on January of 2008, it exceeded even
130$, today67oil price is 92,30 $.

66

Norio Usui, How Effective are Oil Funds? Managing Resource Windfalls in Azerbaijan and Kazakhstan, ERD
Policy Brief Series No. 50, December 2007. p. 3
67

16.05.2012

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�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Table 6 -Oil Price in the Last decade

Years

Price

2000

30.298

2001

25.924

2002

26.098

2003

31.140

200

41.438

2005

56.466

2006

66.103

2007

72.363

2008

99.568

2009

61.693

2010

79.428

2011

95.077

http://research.stlouisfed.org/fred2/series/OILPRICE/downloaddata

Central Asian countries have large reserves of oil. The world wide very high prices of
oil generates huge amount of profit for these countries.
For example Kazakhstan's growing petroleum industry account for roughly 30
percent of the country’s GDP and over half of its export revenues. In an effort to reduce
Kazakhstan's exposure to price fluctuations for energy and commodities exports, the
government created the National Oil Fund of Kazakhstan.68
In order to manage their oil income effectively these countries established stability
funds. They invest some oil revenue to these funds. For example, in Azerbaijan, cumulative
budget surpluses between 2003 and 2006 reached 2.1% of 2006 GDP. During the same
period, assets in SOFAR increased by 5.7% of 2006 GDP, but, at the same time, the
government borrowed money worth 4% of 2006 GDP from external sources (Figure 6). It is
clearly inconsistent to build up funds in SOFAR and, on the other hand, borrow abroad.
Given the relatively low return to investments from SOFAR (at around 3–4% in nominal
dollar terms during the past few years), the government bore financial costs to fill the gap
68

Kazakhstan Energy Data, Statistics and Analysis - Oil, Gas, Electricity, Coal

415

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between the interest rate for external borrowing and investment returns to SOFAR. In
contrast, Kazakhstan saved most of the cumulative budget surpluses in NFRK (15% of 2006
GDP), and paid back external debts not only to smooth out public expenditures but also to
reduce future debt obligations (1.6% of 2006 GDP).69
However, the growth of profit should be effectively managed so that the economy
doesn’t suffer. On the other hand, in case of price falls it is important to be prepared to
prevent or diminish the negative impact on the economy. Because very high dependency of
economy on this resource means high risks. The economy of Azerbaijan for instance, within
34.5% growth rate of economy in 2006 the growth of agriculture was only 0.9 %. And the
other important point is that agricultural production growth has slowed in last years and it
become negative in 2010. The growth rate of agriculture in 2000 which was 19.5%, in 2001
decreased to 11.1%, in 2002 to 6.4% and in 2010 it was -2.2 %. The development of sectors
other than oil sector has slowed in other countries too. For Kazakhstan the same process
migth said too. For example the growth rate of agriculture in 2001 was 17.1 while it grew 11.6 in 2010.
As known, this high income if can not be managed effectively might affect to the economy
negatively.

Table 7- Growth of Output annual change, %
Azerbaijan

1995

2000

2001

Agriculture

-7

19.5

11.1

6.4

Industry

-13.3

8.2

Manufacturing

-14.3

-13.2

2002

2003

2004

2005

2006

2007

2008

2009

2010

5.6

5

7.5

0.9

4

6.1

3.5

-2.2

14.7

12.5

11.6

43.4

49.

32.8

9.9

10.5

4.4

-42.1

4.1

8.2

14

10.5

16.3

9

10.2

7.1

-12.6

Kazakhstan
Agriculture

-24.3

-3.2

17.1

3.2

2.2

-0.1

7.1

6

8.9

-6.2

13.2

-11.6

Industry

-14.2

15.2

15.4

12

9.2

11.2

10.6

13.4

8.4

1.9

0.4

8.3

Manufacturing

…

13.7

7.6

7.9

10.1

7.1

7.9

7.6

-3

-2.8

….

Turkmenistan
Agriculture

-7

17

23

0.095

0.099

19.3

20.3

24

…

Industry

-6

24.4

17.3

13.2

16.2

25.8

21.8

29.7

…

69

…
24.4

…
17.3

…
…

Norio Usui, How Effective are Oil Funds? Managing Resource Windfalls in Azerbaijan and Kazakhstan, ERD
Policy Brief Series No. 50, December 2007. p. 5

416

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Manufacturing

na

na

na

na

na

na

na

na

na

na

na

na

Uzbekistan
Agriculture

2.0

3.2

4.1

6

6.8

10.1

6.2

6.2

6.1

4.5

5.7

6.1

Industry

-5.1

1.8

2.9

3.4

3.1

5.0

4.9

4.5

6.6

6.8

4.1

8.3

-1.3

4.9

0.5

1.0

2

2

2

3.02

3.9

4

6

Manufacturing

Sources: Worldbank database 2012

The table below shows the GDP indicators for various sectors of the economy.
According to the table the share of agriculture in GDP is small in all countries. Especially in
Kazakhstan economy the share of agriculture in 1999 was 12.8 while in 2005 it decreased to
6.7. The share of industry grew from 31.3 to 42.4. In Kazakhstan’s sectoral base the largest
speed realized in service sector. It increased form 33.4 to 55.970.
The table below shows the GDP indicators for various sectors of the economy.
According to the table the growth rate of agriculture in GDP is small in all countries.
Especially in Kazakhstan economy the growth rate of agriculture in 2001 was 17.1 while it
grew -11.6 in 2010. The share of manufacturing grew from 32.6 to 37.6. In Kazakhstan’s
sectoral base the largest speed realized in service sector. It increased form 33.4 to 55.9.

Azerbaijan

1991

1995

2000

2001

2002

2003

Agriculture

32.3

27.2

17.1

16.1

15.1

13.4

Industry

31.3

33.5

45.3

47.1

50.1

Manufacturing

17.6

12.5

5.6

6.7

Agriculture

na

12.8

8.6

Industry

na

31.3

Manufacturing

na

Agriculture

2004

2005

2006

2007

2008

2009

2010

11.8

9.8

7.5

7.0

5.9

6.6

5.7

52.5

54.7

63.5

68.7

68.4

70.2

61.08

64.7

8.07

9.3

8.9

7.01

6.1

4.08

5.04

5.9

5.8

9.3

8.6

8.4

7.5

6.7

5.8

6.09

5.7

6.4

4.8

40.4

38.8

38.5

37.6

37.6

40.09

42.1

40.6

43.2

40.2

42.4

15.2

17.6

17.6

15.5

15.2

14.1

12.8

12.4

12.3

12.6

11.3

13.1

32.9

32.2

34.3

34

34.2

33.09

30.7

27.9

26.1

23.9

21.3

19.5

19.5

Industry

33.2

27.7

23.1

22.6

22.0

23.4

25.9

23.1

27.4

32.0

30.7

33.1

35.4

70

www.adb.org

Kazakhstan

Uzbekistan

417

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…

11.8

9.4

9.4

9.1

9.2

10.1

9.09

10.7

12.5

12

13.2

8.9

Agriculture

32.3

17.1

24.3

24.3

22.01

20.2

19.4

18.8

17.4

12.3

12

12

12

Industry

30.9

62.6

44.3

44.2

42.3

41.2

40.1

37.6

36.2

53.7

54

54

54

Manufacturing

n.a

40.4

10.6

14.6

15.2

18.5

21.6

Manufacturing
Turkmenistan

na

na

na

na

na

Table 8- Structure of Output % of GDP

Sources: worldbank database 2012

Likewise in Azerbaijan’s economy the share of agriculture decreased from 32.3 to 5.7;
the manufacturing has also slowed down, while the share of industry increased from 31.3to
64.7. In Uzbekistan the share of industry sector increased, but the share of agriculture
decreased. This little decrease becomes vital when in the economy of Uzbekistan the
production of cotton and its export is taken into consideration.
In Turkmenistan the share of industry sector increased, but the share of manufacturing
decreased. Due to the problem of acquiring data for the last years makes it difficult to
compare the recent changes.

Table 9 – Unemployment rate in 2008
Country

Rate

Azerbaijan

6,1

Kazakhstan

6,6 (2009 year)

Uzbekistan

3

Turkmenistan

10

Source: http://www.cenimar.com/factbook/trend.jsp?tickerBase=W_LABU_&amp;countryCode=AJ

World development 2012
The direct employment impact of the oil boom is limited. However in Kazakhstan,
Azerbaijan and Turkmenistan unemployment rate is relatively higher.
Table 10– Poverty rate ( % population )
Country

Rate

Azerbaijan

49

418

na

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Kazakhstan

35

Uzbekistan

28

Turkmenistan

n.a.

Source: The little Data Book 2006 The World Bank.

In countries with increasing income the level of poverty is rather high. This level in
provincial areas in comparison to urban areas is higher. For example, in all of Kazakhstan’s
oblasts the poverty headcount is higher in urban areas than in rural areas, but the rural-urban
difference is especially pronounced in the oil-producing oblasts, where the poverty headcount
is two to three times higher in urban compared to rural areas. In the oil-producing regions,
cities may benefit from oil rents, e.g. in Mangistau oblast the town of Aktau has a poverty
headcount of 18% which is well below the regional average of 40%. At the narrower
geographical level, producing oil in a rayon is not a guarantee of lower poverty. In the three
oblasts mixing oil-producing and non-oil-producing rayons (Aktöbe, Kyzylorda and West
Kazakhstan), only four out of ten rural oil-producing rayons experience less poverty than the
regional average poverty headcount (Ivashenko, 2004).71
The high rate of poverty suggests that the income from oil is not distributed fairly and
equally. When we look at the Gini coefficient it can seen unfair income distribution.

Table 11. Gini coefficient in countries, 1988-2001
Country

1988

2001

Azerbaijan

34.7

36.5

Kazakhstan

25.7

31.3

Uzbekistan

25.0

27.0 (2000)

Turkmenistan

26.4

40.8 (1998)

Source: World Bank, Global Poverty Monitoring web site, &lt; http://www.worldbank.org/research/povmonitor/

4.CONCLUSION
The governments of resource-rich Asian countries need to find a right balance
between fulfilling social and infrastructure development needs (by spending oil revenues),
maintaining macroeconomic stability (by sterilizing oil revenues), and saving part of oil
wealth for future generations (by saving oil revenues). Policymakers need to pay close

71

Richard PomfretWILL OIL BE A BLESSING OR A CURSE FOR KAZAKHSTAN?
http://www.economics.adelaide.edu.au/research/wpapers/

419

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

attention to the effects of higher public spending on the real exchange rate and
macroeconomic stability, and should
make the best strategic use of windfall gains for achieving long term development goals.
Transparent management of oil revenues is an indispensable requirement to make sure the
money is well spent.72
The development of economy in sectors other than oil and gas requires an increase of
investment in the sectors which can increase the rate of employment. The growth of
investment in other sectors will prevent and diminish the possible crisis’ negative effects and
its depth in case of price falls.
Undoubtedly, the money gained form rich natural resources should be used by the
countries to extend the contribution of processing of natural resources, thus facilitate the
growth of capital investment. As a result, a country instead of selling natural resources will
improve in processing of such resources and with the employment opportunities in the first
place the contribution level of the country will impressively develop.
On the other hand, the recent increase in the food prices on the international arena
forces these countries to reconsider their agricultural policies. Except for Turkmenistan,
potential of other countries should be utilized to increase the contribution of agriculture to the
economy by those facilities that will solve urbanization problems and stimulate the use of
labor force. This will positively impact the employment rate and contribute to the socialeconomic development. Therefore, a fair distribution of income and decrease of poverty rate
will be achieved.
REFERENCES
Auty, Richard M. (1993). Sustaining Development in Mineral Economies: The Resource
Curse Thesis. London: Routledge.
Belawi and Luciani, 1987; Chaudhry, 1997; Gelb, 1988; and Karl, 1997
Deik.org.
Djankov, Montalvo, Reynal-Querol (2005). The curse of aid.
Emsen, Ömer Selçuk ve Değer, Kemal. Geçiş Ekonomileri ve Türkiye’de Doğrudan Yabancı
Sermayenin Dinamikleri, Atatürk Üniversitesi Yayınları, Erzurum, 2005.
72

Norio Usui, How Effective are Oil Funds? Managing Resource Windfalls in Azerbaijan and Kazakhstan, ERD
Policy Brief Series No. 50, December 2007. p. 11.

420

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Gylfason, Thorvaldur (2000). Natural resources, education and economic development.
CEPR Discussion Paper 2594.
Jeffrey D. Sachs and Andrew M. Warner, NATURAL RESOURCE ABUNDANCE AND
ECONOMIC GROWTH, NBER working paper
Joseph
E.
Stiglitz
The
syndicate.org/commentary/stiglitz48

Resource

Curse

Revisite,

http://www.project-

Kazakhstan Energy Data, Statistics and Analysis - Oil, Gas, Electricity, Coal
Michael BRUNO: Kriz, İstikrar Programları ve Ekonomik Reform. Çev. Zülfü Dicleli,
İstanbul, 1994, s. 202.
Norio Usui, How Effective are Oil Funds? Managing Resource Windfalls in Azerbaijan and
Kazakhstan, ERD Policy Brief Series No. 50, December 2007. p. 3

Richard PomfretWILL OIL BE A BLESSING OR A CURSE FOR KAZAKHSTAN?
http://www.economics.adelaide.edu.au/research/wpapers/
Sachs, Jeffrey D., Warner, Andrew M. (1995). Natural resource abundance and economic
growth. NBER Working Paper 5398
Sadettin Korkmaz, DOĞAL KAYNAKLAR AcISINDAN YENİ TЬRK DEVLETLERİ Jeoloji
Muhendisliği
s,
40,
20-24,
1992.
p.
20
http://www.jmo.org.tr/resimler/ekler/3aeec875c479e55_ek.pdf?dergi=JEOLOJ%C4%B0%20M%C3
%9CHEND%C4%B0SL%C4%B0%C4%9E%C4%B0%20DERG%C4%B0S%C4%B0

TİKA, Kırgızistan Ülke Raporu, Türk İşbirliği ve Kalkınma Ajansı Yayınları, Ankara, 1996,
N0:31, s. 19.
Xavier Sala-i-Martin Arvind Subramania, Addressing the Natural Resource Curse: An
Illustration from Nigeria, Discussion Paper #:0203-15 May 2003, Newyork
http://research.stlouisfed.org/fred2/series/OILPRICE/downloaddata

Source:
Federal
Reserve
Bank
of
St.
Louis.
http://research.stlouisfed.org/fred2/series/OILPRICE/downloaddata?cid=98
421

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

World bank database 2012

Economic Growth And Financial Indicators Connection
Mustafa Öztürk, Osman Kadi, Filiz Kadi
Fatih Üniversitesi, Fatih Üniversitesi 34500 Büyükçekmece/İstanbul
E-mails: mozturk@fatih.edu.tr,oskadi@fatih.edu.tr,fkadi@fatih.edu.tr
Abstract
Real macro economic factors have always been accepted as main determinants of
nations’ economies’. However, the development of financial markets and the rise of financial
activities in globalizing world economies have led financial actors to affect nations’
economies’ more and more everyday.
With the rise of liberalization process after 1980, the influences of financial
developments rised in Turkey, too. In today’s world, the effects of financial factors on
Turkish economy is more evident than any time.
In this study, with the aim of detecting the effects of financial factors on Turkish
economy, the relations between financial data as Exchange rates, interest rates and IMKB
100 index and economic growth has been analysed.
Keywords: financial data, exchange rates, interest rates, economic growth, Vector Auto
Regression Model (V.A.R).
1.INTRODUCTION
The relation between financial developments and economic growth has been frequently
debated subject lately. These debates mostly focus on the case that financial developments
affect economic growth or economic growth affects financial developments.
In today’s economies in which financial markets gradually enlarge and financial instruments
gradually increase, it is observed that financial improvements influence economic growth.
Assets’ prices are formed and change under the influence of financial developments; financial
developments determine consumption and investment expenses in a significant amount.
In this study, financial macroeconomic data and economic growth relation has been
analysed by dividing the onservations between 1998-2010 into quarters. After a literature
review of the subject, causality relation between financial data and economic growth has been
analysed by granger causality test. After that, vector auto regression (VAR) model has been
applied. Lastly, effect-reaction functions have been deducted by the help of correctness tests.
422

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                    <text>3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Rikitake T (1958). Oscillations of a System of Disk Dynamos,Proc. Cambridge Philos.
Soc.,54:89.
Rössler OE (1976). An equation for continuous chaos, Phys. Lett. A,;57:397–398.
Wu CW, Yang T, Chua LO (1996). On adaptive synchronization and control of nonlinear
dynamical systems, Int J Bifurcat Chaos, 6:455–71.
Y. Hong, H. Qin, G.R. Chen (2001). Adaptive synchronization of chaotic systems via state
or output feedback control, Internat. J. Bifur. Chaos, Vol.11, No.3, 1149–1158.
K. Konishi, M. Hirai and H. Kokame (1998). Sliding mode control for a class of chaotic
systems, Phys. Lett. A,
vo1.245, pp.511-517.
Günzay Ablay (2009). Sliding mode control of uncertain unified
Nonlinear Analysis: Hybrid Systems, vol.3 531-535.

chaotic

systems,

M. T. Yassen (2005). Controlling chaos and synchronization for new chaotic system using
linear feedback control, Chaos, Solitons and Fractals 26, 913–920.
W. Lin (1995). Feedback stabilization of general nonlinear control system: A passive system
approach, Syst.
Contr. Lett., vol. 25, pp. 41–52.
Qi, D., G. Zhao and Y. Song (2004). Passive control of Chen chaotic system, Proc. of the 5th
World Congress on Intelligent Control and Automation, Hangzhou, China, pp.1284-1286.
S. Emiroğlu, Y. U. (2010). Passivity based Chaos Control of the T System,. IMS 2010 (s.
118-125). Sarajevo, Bosnia Herzegovina: International University of Sarajevo.
Juan Ding, Weiguo Yang, Hongxing Yao (2009) . A New Modified Hyperchaotic Finance
System and its Control, International Journal of Nonlinear Science Vol.8No.1,pp.59-66.
Pyragas K. (1992). Continuous control of chaos by self-controlling feedback. Phys Lett A;170
:421–8.

A Literature Review About Sustainability Accounting
Filiz Angay Kutluk1,Mustafa Gülmez2
1 Akdeniz University, Ayşe Sak School of Applied Sciences, Antalya,Turkey
2 Akdeniz University, Tourism Faculty, Antalya,Turkey
Abstract
Purpose: The purpose of this paper is to give a brief information and review ‘Sustainability
Accounting’ articles published in the period of 2000 to 2011.
Method: Articles are collected by searching main databases by abstract, keyword or article
title that contain ‘Sustainability Accounting‘. Analyses mainly include quantity analysis and
purpose analysis. The articles are classified according to journals and years in quantity
analysis. The main purposes of the articles are mentioned in the purpose analysis.
Findings and recommendations: The classifications are shown in tables and discussed. The
mostly published years and journals, the mostly chosen subject area and purposes are
144

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mentioned. It is thought that this literature review analysis will be helpful for the researchers
to focus on a special subject area or purpose.
1.INTRODUCTION
The survival of the natural environment and environmental sustainability are from the most
important subjects of the 21st century which are being taken into consideration globally. Jasch
and Lavicka (2006, 1214) stated that sustainable development is described in three
dimensions which are not separate, but strongly influence each other: social, environment and
economic, which are sometimes also called People, Planet and Profit. According to Taplin et
al. (2006, 359), “Sustainability accounting provides developmental opportunities, institutional
learning and transformational effects on society and the environment that make it appealing
for organizations to engage with”. Fraser (2011, 36) defines sustainability accounting as “the
study and practice that makes visible the linkage between organizational activities and the
pursuit of sustainability”. Ngwakwe (2012) stated that engagement in some sustainability
initiatives in support of sustainable development has started by the accounting profession; but
it looks like a weak approximation of sustainable development ideal which is caused by lack
of standards, regulations and uniform sustainability accounting schemes.
The purpose of this study is to review ‘Sustainability Accounting’ articles published in the
period of 2000 to 2011 according to quantity and purpose and to give information about the
main subject areas.
2.METHOD
Articles are collected by searching Ebsco, Emerald Management and Science Direct databases
by abstract, keyword or article title that contain ‘Sustainability Accounting‘. Totally 87
articles (8, 39 and 40 articles respectively) are found. Same articles which were duplicated in
different databases, counted as single. Editorials, book reviews and periodicals are excluded.
So, 52 articles are analyzed according to the quantity and purposes.
2.1Quantity Analysis
In Quantity Analysis, the number of the papers in the topic of “Sustainability Accounting” is
listed according to each Journal for the concerning years. Table 1 shows the quantity analysis.

Accounting, Auditing &amp; Accountability Journal
Accounting Forum
Accounting, Organizations &amp; Society
Business Strategy &amp; the Environment
Critical Perspectives on Accounting
Economics &amp; Management

1

1

TOTAL

2011

2010

2009

2008

2007

2006

2005

2004

Journal Name

2003

Table 1 Quantity of the Sustainability Accounting Papers

1

1
1
2
1
1
145

3
1
1
2
1
1

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Environmental Impact Assessment Review
International J. of Sustainable Develop. &amp;
Journal
of Cleaner Production
World Ecology
Journal of Environmental Assessment Policy &amp;
Journal
of Modern Accounting &amp; Auditing
Management
Journal of World Business

1
1
1
1
1
1

Leadership &amp; Organization Development
Journal
Public Money &amp; Management
Scottish Journal of Political Economy

1
1
1

Sustainability Accounting, Management
and Policy Journal
TOTAL

1

2

1

5

1

1

-

17

17

19

22

1
1
1
1
1
1
1
1
1
34
52

2.2.Purpose Analysis
It is thought that it would be a guide for the researchers who want to examine the
‘Sustainability Accounting’ articles according to a particular purpose. Classification is made
according to the journals. Table 2 shows the journals, publishing years, name of the authors
and purposes of the articles.
Table 2 Classification of the Articles by Purpose
Accounting, Auditing &amp; Accountability Journal
Year
2006

Author
 Gray

Purpose
 To examine the extent to which social, environmental and sustainability accounting and reporting
(SEA) can or should contribute to shareholder value and, correspondingly, to consider the challenge
that SEA can offer to the conventional views of “value” that underpin traditional financial
accounting.

2007

2010

 Adams and

 To present a case for research in ethical, social and environmental (or sustainability) accounting and

LarrinagaGonzález

accountability which engages with those organizations claiming to manage and report their
sustainability performance.

 Burritt and

 To discuss the current development of sustainability accounting research, the identification of

Schaltegger

critical and managerial paths, and to assess of the future of sustainability accounting and reporting.

Accounting Forum
2005

 Lamberton

 To review the relatively short history of sustainability accounting theory and practice and to draw
upon the structure of the financial accounting model to develop a sustainability accounting
framework that aims to provide direction for future development of sustainability accounting at both
conceptual and applied levels.

Accounting, Organizations &amp; Society
2011

 O’Dwyer et al.

 To develop a theoretical and empirical understanding of the processes through which sustainability
assurance practitioners can, and do, seek to legitimize this relatively new area of practice with key
audiences.

Business Strategy &amp; the Environment
2006

 Perrini and

 To address this need for change by presenting a relational view of the firm, based on the strategic

Tencati



value of the linkages with stakeholders, and its implication in terms of corporate performance
evaluation and reporting systems.
To develop a sustainability accounting framework to guide organizations down the road to greater
sustainability, start them thinking about the necessary issues and show them how to incorporate
them in their business models.

 Taplin et al.
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Critical Perspectives on Accounting
Year
2004

Author

Purpose

 Ball

 To explore the possibility of a ‘sustainability accounting’ project for the UK local government
sector and to provide a test of the usefulness of the social theory mapping approach in the context of
the development of the sustainability accounting project.

Economics &amp; Management
2011

 Vavra et al.

 To determine sustainable aspects of innovations for further improvement of processes within
company, its competitiveness, corporate social responsibility and corporate sustainability.

Environmental Impact Assessment Review
2006

 Gale and Gale

 To demonstrate that “state-of-the-industry” accounts need to be critically assessed according to a
range of social impacts and costs to provide as much information as possible to a broader range of
stakeholders.

International Journal of Sustainable Development &amp; World Ecology
2011

 Ngwakwe

 To examine and understand the influence of global sustainable development culture on the
sustainability behaviour of the accounting profession and to highlight some policy implications of
this influence.

Journal of Cleaner Production
2006

 Jasch and Lavicka

 To be based on a project with the Styrian automobile cluster in Austria and selected member
companies, the environmental management costs, as well as further costs for health and safety, risk
management and other social issues were assessed.

Journal of Environmental Assessment Policy &amp; Management
2004

 Gassner and

 To present a way of linking the environmental pressure related to trade, to flows of money and

Narodoslawsky

products between nations.

Journal of Modern Accounting &amp; Auditing
2011

 Khan

 To consider the offering of a stand-alone sustainability accounting course, offered by the accounting
Faculties in Australian and American universities.

Journal of World Business
2010

 Schaltegger and

 To focus on the role of sustainability accounting as an approach to help support management

Burritt

improve corporate sustainability and responsibility, to deal with interpretations and paths of
sustainability accounting from a management perspective and to discuss the need for a pragmatic
goal driven path to sustainability accounting.

Leadership &amp; Organization Development Journal
2011

 Seleshi

 To relate the ecological approach to the environmental and conservation objectives embedded in
sustainability development and reporting.

Public Money &amp; Management
2008

 Larrinaga-

Gonzélez and
Pérez-Chamorro

 To analyze the ways that Spanish public water companies communicate sustainability information to
their stakeholders and explores whether distinctive and more progressive accountability is possible
in the public sector in comparison with private sector organizations.

Scottish Journal of Political Economy
2003

 Asheim

 To summarize assumptions made and results obtained in parts of the literature on welfare and
sustainability accounting.

Sustainability Accounting, Management and Policy Journal

147

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2010

 Gray

 To reexamine social accounting as a problem focused, multi-disciplinary field and explores some of
the possible directions the emerging field might take.

 To determine whether market participants see value in the corporate choice to begin publishing a
 Guidry and Patten

 Stohl and Stohl




 Arunachalam and

standalone sustainability report and to investigate whether differences in market reactions are
associated with the quality of the sustainability report.
To explore how globalization processes have shaped the nature, scope, and time frame of
considerations of social responsibility and the development of a corporate social responsibility
(CSR) regime and to identify three generations of human rights' values embedded within the
Universal Declaration of Human Rights and aims to argue that they inspire and influence
contemporary discussions about, and practices of CSR.
To draw on recommendations of Agenda 21 and communitarian theory to examine collaboration
between local district community and local authorities to formulate strategies for the sustainable
development of the Taupo district.
To contribute to the rethinking what it means to be human and our relationship with the Earth.
To identify changes in regulatory requirements that will lead to improved transparency on
sustainability and corporate responsibility issues and the impact this may have for stakeholders.
To raise a selection of issues and questions that have begun to face academics and business
professionals in the technically complex field of greenhouse gas accounting.

Lawrence

 McIntosh
 Adams
 Young

Year
2010

Author
 Lane

Purpose
 To demonstrate that spending on environmental protection will aid, rather than hamper, economic



 Henriques

 Rogers et al.

 Murray et al.






 Loucks et al.
 Epstein and
Yuthas



development which is itself sustainable and attempts to show that a more activist role of the
governments of Asia-Pacific countries in the making and implementation of a global emissions
regime is much in line with the real situation in this economically vibrant region of the world.
To discuss some of the issues in the development of ISO 26000 a new standard for social
responsibility.
To study the secondary markets to understand the size of the important portion (secondary markets
provide a place for unwanted items to be bought and sold, which diverts them from landfills,
reducing the products' ecological impact and creating economic value) of the US economy.
To investigate the possibilities and problems for collaboration in the area of corporate social
responsibility (CSR) and sustainability and to explore the nature and concept of collaboration and its
forms, and critically evaluates the potential contribution a collaborative approach between agencies
might offer to these agendas.
To explore how to meaningfully engage small- to medium-sized enterprises (SMEs) in strategies
that improve the social and environmental sustainability of their businesses.
To thoroughly examine sources of mission diffusion and mission drift in the microfinance industry
and to identify consequences of and remedies to these problems.
To gain some insight into how consumers respond to green alternatives, and examine how managers
can best position their green products to maximize the premium consumers are willing to pay.
To forward a conceptual model identifying some of the key sources of judgment error in individual
environmental sensemaking and to offer recommendations to mitigate some of these biasing
dysfunctions and thereby improve the effectiveness of environmentally related business policy.
To survey the research methods employed in the extant environmental accounting literature, finding
few experimental studies.
To report on the highlights of the UN Global Compact Leaders Summit, the Principles for
Responsible Management Education Global Forum and the Globally Responsible Leadership
Initiative General Assembly held in New York and Boston in June 2010 and to discuss the potential
of the connections and collaborations between these organisations and others to lead to change.

 Okada and Mais
 Schwering

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 Alewine
 Adams and
Petrella

2011

 Macdonald et al.

 To review a five-year multi-study research programme on the role of public dialogue in the social
and cultural sustainability of biotechnology developments in New Zealand.

 To investigate sulphur dioxide (SO2) emissions trading practice in China and discusses what it
 Lu

might reveal about the suitability of using emissions trading to achieve carbon reductions in China.

 To explain how inefficient learnivng rules may lead to a perception of economic and ecological
realities that may be systematically distorted in the long run.

 Gomes

 To explore the role of management accounting practices as facilitators of the environmental

 Albelda

 To analyse social report guidelines and practices within Italian local governments (ILGs).
 To draw on the New Zealand context to provide extensions and comparative insights to prior

management.

research that has canvassed the reasons for sustainability reporting by local governments.

 To detail the research and consultation process highlighting the demand for this information,
 Farneti and Siboni
 Bellringer et al.
 Miles

undertaken by the Global Reporting Initiative (GRI) and the International Finance Corporation.

 To discuss climate change policies such as carbon taxes and emissions trading schemes which are



 Nelson et al.



 Mayo



 Adams et al.




 Forbes and
McIntosh




 Gondor and
Morimoto



being developed and implemented in ways which fundamentally transform the profitability of
industries and businesses.
To consider the historical basis of development of corporate social responsibility and the impact of
this on co-operative enterprises and member-owned businesses.
To discuss the role of business academics and business schools in the development of leaders able to
respond to climate change and sustainability challenges.
To examine the uptake of corporate social responsibility (CSR) in the Asia Pacific region and to
explore the extent to which countries in the region are transitioning towards a sustainable enterprise
economy (SEE) and the links between the two, thereby connecting the uptake of CSR at the
organisational level to the configuration and transformation of societies.
To examine the current situation of eco-labelling in Japan, and the possible roles of two connected
non-governmental organizations (NGOs) – the Marine Stewarship Council (MSC) and the World
Wildlife Fund (WWF) – may have in future decision making.
To focus on the design of a sustainable business model on the development of a biofuel industry in
Indonesia.
To discuss technology transfer – and its role in climate change mitigation – within the United
Nations framework of sustainable development.
To provide an overview and context for the emerging field of public policies for scaling voluntary
standards, or private regulations, on the social and environmental performance of business and
finance, to promote sustainable development; in order to stimulate more innovation and research in
this field.
To explore the gaps between regulatory requirements and authoritative guidance regarding climate
disclosure in Australia; reporting practices; and the demands for increased disclosure and
standardization of that disclosure.
To thoroughly examine solutions to mission diffusion and mission drift in the microfinance industry.

 Jupesta et al.
 Bakhtina
 Bendell et al.

 Cotter et al.

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 Epstein and
Yuthas

3.RESULTS AND CONCLUSION
As Table 1 shows, most of the publications about ‘Sustainability Accounting’ are in
Sustainability Accounting, Management and Policy Journal . This journal is specialized for
Sustainability Accounting and started to be published in 2010 and all articles published in
2010 and 2011 are about Sustainability Accounting. From the other journals, Accounting,
Auditing &amp; Accountability Journal and Business Strategy &amp; the Environment have the highest
number of articles about Sustainability Accounting. It is necessary to mention that most of the
journals had special issues related to Sustainable Development, Social and Environmental
Accounting or Environmental Management in the examined period, but our study is limited to
the abstracts, keywords or articles title containing ‘Sustainability Accounting’, for that reason
the articles in the special issues aren’t included in the study. Table 1 shows that, most of the
‘Sustainability Accounting’ articles are published in 2010 and 2011.
Table 2 shows that subject area and purposes of the articles are mostly about development of
sustainability accounting research ant its role to improve corporate sustainability,
developments in social and environmental accounting, developments in corporate social
responsibility and environmental management.
Ngwakwe (2012, 38) recommends that sustainability initiatives of accounting profession are
required to increase the role of accounting towards sustainable development such as regulated
sustainability accounting and reporting standards, integrating sustainability accounting into
accountancy education and the improvement of accounting by creation of ‘engineering
accounting’ equip specialist accountants with technical and scientific skills to meet rising
challenges originating from climate change. Zadek (1999, 31) mentiones that “the imperatives
of integrating social and environmental goals and measures of performance with the
‘financials’ become the real step towards placing the process of business within the
framework of sustainability. Adams et al. (2011, 169) state that there is a needed change in
business education to develop personal and leadeship skills and to address global problems of
poverty, climate change, environmental sustainability and life style.
Ngwakwe (2011, 450) insists that “sustainability behaviour in the accounting profession is a
function of global green culture and that the more society embraces profounder green values,
the more accounting will transform towards sustainability values”. So the main responsibility
in sustainable development starts with the people of the society.
Our study is limited with the review of the articles contains‘Sustainability Accounting’ in
abstracts, keywords or articles title. A detailed study about sustainable development and its
connection with accounting profession will be helpful for sustainability accounting
researchers.
REFERENCES
Adams, C. A., Heijltjes, M. G., Jack, G., Marjoribanks, T., and Powell, M. (2011) The
development of leaders able to respond to climate change and sustainability challenges: The
role of business schools, Sustainability Accounting, Management and Policy Journal, 2(1),
165-171
Fraser, M.(2011) Sustainability assessment models, Chartered Accountants Journal, 90(3), 3638.
150

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Jasch, C. And Lavicka, A. (2006) Pilot project on sustainability management accounting with
the Styrian automobile cluster, Journal of Cleaner Production, 14(14), 1214-1227.
Ngwakwe, C. C. (2011) Towards an understanding of the influence of sustainability culture
on the accounting profession, International Journal of Sustainable Development &amp; World
Ecology, 18(5), 442-452.
Ngwakwe, C. C. (2012) Rethinking the Accounting Stance on Sustainable Development,
Sustainable Development, 20, 28-41.
Taplin, J. R. D., Bent, D. and Aeron-Thomas, D. (2006) Developing a sustainability
accounting framework to inform strategic business decisions: a case study from the chemicals
industry, Business Strategy &amp; the Environment (John Wiley &amp; Sons, Inc), 15(5), 347-360.
Zadek, S. (1999) Stalking Sustainability, Greener Management International, 26, 21-31.
Appendix-The List of the Reviewed Articles
Asheim, G. B. (2003) Green national accounting for welfare and sustainability:A Taxonomy
Of Assumptions And Results, Scottish Journal of Political Economy, 50(2), 113-130.
Ball, A. (2004) A sustainability accounting project for the UK local government sector?
Testing the social theory mapping process and locating a frame of reference, Critical
Perspectives on Accounting, 15(8), 1009-1035.
Gassner, J. and Narodoslawsky, M. (2004) Regional sustainability accounting and the
environmental–economic balance of payments, Journal of Environmental Assessment Policy
&amp; Management, 6(4), 565-583.
Lamberton, G. (2005) Sustainability accounting--a brief history and conceptual framework,
Accounting Forum, 29(1), 7-26.
Gray, R. (2006) Social, environmental and sustainability reporting and organisational value
creation? Accounting, Auditing &amp; Accountability Journal, 19(6), 793-819.
Taplin, J. R. D., Bent, D. and Aeron-Thomas, D. (2006) Developing a sustainability
accounting framework to inform strategic business decisions: a case study from the chemicals
industry, Business Strategy &amp; the Environment (John Wiley &amp; Sons, Inc), 15(5), 347-360.
Perrini, F. and Tencati, A. ( 2006) Sustainability and stakeholder management: the need for
new corporate performance evaluation and reporting systems, Business Strategy &amp; the
Environment, 15 (5), 296-308
Gale, R. and Gale,F. (2006) Accounting for social impacts and costs in the forest industry,
British Columbia, Environmental Impact Assessment Review, 26( 2), 139-155.
Jasch, C. and Lavicka, A. (2006) Pilot project on sustainability management accounting with
the Styrian automobile cluster, Journal of Cleaner Production, 14(14), 1214-1227.
Adams, C. A., Larrinaga-González, C. (2007) Engaging with organisations in pursuit of
improved sustainability accounting and performance, Accounting, Auditing &amp; Accountability
Journal, 20(3), 333-355.
Larrinaga-Gonzélez, C. and Pérez-Chamorro, V. (2008) Sustainability Accounting and
Accountability in Public Water Companies, Public Money &amp; Management, 28(6), 337-343.
Burritt, R. L. and Schaltegger, S. (2010) Sustainability accounting and reporting: fad or trend?
Accounting, Auditing &amp; Accountability Journal, 23(7), 829-846.
151

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Schaltegger, S. and Burritt, R. L. (2010) Sustainability accounting for companies:
Catchphrase or decision support for business leaders? Journal of World Business, 45(4), 375384.
O’Dwyer, B., Owen, D. and Unerman, J. (2011). Seeking legitimacy for new assurance forms:
The case of assurance on sustainability reporting, Accounting, Organizations &amp; Society, Vol.
36 (1), 31-52.
Vavra, J., Munzarova, S., Bednarikova, M. and Ehlova, Z. (2011) Sustainable Aspects of
Innovations, Economics &amp; Management, 16, 621-627.
Ngwakwe, Collins C. (2011) Towards an understanding of the influence of sustainability
culture on the accounting profession, International Journal of Sustainable Development &amp;
World Ecology, 18 (5), 442-452.
Khan, T. (2011) Sustainability Accounting Education: Scale, Scope and a Global Need,
Journal of Modern Accounting &amp; Auditing, 7(4), 323-328.
Seleshi, S. (2011) Ecological systems approaches to sustainability and organizational
development: Emerging trends in environmental and social accounting reporting systems,
Leadership &amp; Organization Development Journal, 32 (4), 379-398.
Sustainability Accounting, Management and Policy Journal Articles
Gray, R. (2010) A re-evaluation of social, environmental and sustainability accounting: An
exploration of an emerging trans-disciplinary field? 1(1), 11-32
Guidry, R. P. and Patten, D. M. (2010) Market reactions to the first-time issuance of corporate
sustainability reports: Evidence that quality matters, 1(1), 33-50
Stohl, M. and Stohl, C. (2010) Human rights and corporate social responsibility: Parallel
processes and global opportunities for states, corporations, and NGOs, 1(1), 51 – 65
Arunachalam, M. and Lawrence, S. (2010) Constructing strategies for sustainable
development the communitarian way, 1(1), 66-80.
McIntosh, M. (2010) Re-visiting the world and co-creating a future, 1(1), 81-84
Adams, R. (2010) It's (already) beginning to look a bit like Christmas, 1(1), 85-88
Young, A. (2010) Greenhouse gas accounting: global problem, national policy, local
fugitives, 1(1), 89-95
Lane, J.E. (2010) Economic catch-up and emission reductions, 1(1), 96-102
Henriques, A. (2010) ISO 26000: a standard for human rights? 1(1), 103-105
Rogers, D. S., Rogers, Z. S. And Lembke, R. (2010) Creating value through product
stewardship and take-back, 1(2), 133-160
1891346Murray, A., Haynes, K. and Hudson, L. J. (2010) Collaborating to achieve corporate
social responsibility and sustainability?: Possibilities and problems, 1(2), 161-177.
1891347Loucks, E. S., Martens, M. L. and Cho, C. H. (2010) Engaging small- and mediumsized businesses in sustainability, 1(2), 178-200.1891348
Epstein, M. J. and Yuthas, K. (2010) Mission impossible: diffusion and drift in the
microfinance industry, 1(2), 201 – 221.
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1891349Okada, E. M. and Mais, E. L. (2010) Framing the “Green” alternative for
environmentally conscious consumers, 1(2), 222-234.
Schwering, R. E. (2010) 1891350Sources of judgment error in environmental sensemaking,
1(2),
235-255.
1891351Alewine, H. C. (2010) A model for conducting experimental environmental
accounting research, 1(2), 256-291.
1891352Adams, C. and Petrella, L. (2010) Collaboration, connections and change: The UN
Global Compact, the Global Reporting Initiative, Principles for Responsible
Management Education and the Globally Responsible Leadership Initiative, 1(2), 292-296.
Macdonald, L. R., Varey, R. J. and Barker, J. B. (2011) Science and technology development
and the depoliticization of the public space: The case of socially and culturally sustainable
biotechnology in New Zealand, 2(1), 8-26.
Lu, Z. (2011) Emissions trading in China: lessons from Taiyuan SO2 emissions trading
program, 2(1), 27-44.19497
Gomes, O. (2011) Learning equilibria in growth-pollution models, 2(1), 45-75.
Albelda, E. (2011) The role of management accounting practices as facilitators of the
environmental management: Evidence from EMAS organisations, 2(1), 76-100.
19498Farneti, F. and Siboni, B. (2011) An analysis of the Italian governmental guidelines and
of the local governments' practices for social reports, 2(1), 101-125.
194986Bellringer, A., Ball, A. and Craig, R. (2011) Reasons for sustainability reporting by
New Zealand local governments, 2(1), 126-138.19497
Miles, K. (2011) Embedding gender in sustainability reports, 2(1), 136-146.
1949829Nelson, T., Wood, E. Hunt, J. and Thurbon, C. (2011) Improving Australian
greenhouse gas reporting and financial analysis of carbon risk associated with investments,
2(1), 147-157.1949661
Mayo, E. (2011) Co-operative performance, 2(1), 158-164.194961
Adams, C. A., Heijltjes, M. G., Jack, G, Marjoribanks, T. and Powell, M. (2011) The
development of leaders able to respond to climate change and sustainability challenges: The
role of business schools, 2(1), 165-171.
Forbes, S. and McIntosh, M. (2011) Towards CSR and the sustainable enterprise economy in
the Asia Pacific region, 2(2), 194-213.
Gondor, D. and Morimoto, H. (2011) Role of World Wildlife Fund (WWF) and Marine
Stewardship Council (MSC) in seafood eco-labelling policy in Japan, 2(2), 214-230.
Jupesta, J. Harayama, Y. and Parayil, G. (2011) Sustainable business model for biofuel
industries in Indonesia, 2(2), 231-247.
Bakhtina, V. A. (2011) Innovation and its potential in the context of the ecological component
of sustainable development, 2(2), 248-262.
17003309
Bendell, J, Miller, A. and Wortmann, K. (2011) Public policies for scaling corporate
responsibility standards: Expanding collaborative governance for sustainable development,
2(2), 263-293.
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Cotter, J., Najah, M. and Wang, S. S. (2011) Standardized reporting of climate change
information in Australia, 2(2), 294-321.
Epstein, M. J. and Yuthas, K. (2011) Protecting and regaining clarity of mission in the
microfinance industry, 2 (2), 322 – 330.

Distrubution Of Human Capital: A Study On Turkish Regions
Zekeriya Mizirak, Deniz Göktaş
Department of Economics, Konya University, Konya, Turkey
E-mails: zmizirak@hotmail.com, d.goktas@gmail.com
Abstract
Firms’ location choice causes regional economic differences. The conventional view of
firms’ location relies on cost-related factors such as tax breaks and subsidies. Human capital
theory of regional development asserts that people are the motor force behind the regional
growth. According to proponents of the human capital theory, regional growth is driven by
endowments of highly educated and productive people instead of reducing costs of business
or low costs of resources. In a world in which people are highly mobile, human capital is not a
given endowment. Under the new regime of geography in which jobs follow labor instead of
labor force follows jobs, wherever intelligence clusters evolve, so too will wealth accumulate.
Firstly, Jacobs attracted attention to the ability of cities to attract creative people and thus spur
economic growth. To sustain innovation attracting and retaining human capital is believed a
crucial role. Firms want to reap the benefits from skilled labor pool.Places with greater
number of highly educated people grow faster and better able to attract more talent.
There are three linkages between human capital and regional growth. Firstly, concentration of
creative and highly educated people through accumulation of knowledge and productivity in
existing firms. Human capital enables both product and process innovations. Second
explanation is related to inter firm dynamics. Highly human capital endowed people rapidly
adapt new ideas and technologies; therefore industrial shift in these human capital endowed
regions is rather easier. Not only they succeed in existing mature firms, but also they start
new enterprises, thus contribute into economic activity. This linkage is called reinvention
view of human capital. Third explanation is about consumption patterns of educated people.
Human capital causes growth by spending effect. Since they have higher incomes, they spend
much on leisure activities like bars, restaurants and theatres. Their spending habits create
employment for the unskilled.
In this paper we will test the relationship between the human capital endowment of the
regions and determinants of its regional distribution. Job opportunities, regional amenities and
diversity can affect the distribution of human capital.
Keywords: Regional development, human capital, location choice

154

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                    <text>3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Mirbagheri, M., (2010), “Fuzzy Logic and Neural Network Fuzzy Forecasting of Iran GDP
Growth”, African Journal of Business Management, Vol.4, No.6, 925-929.
Nygren, K., Stock Prediction: A Neural Network Approach, Master Thesis, Royal Institute Of
Technology, KTH, 2004.
Öztemel, E., Yapay Sinir Ağları, Papatya Yayıncılık, İstanbul, 2003.
Schumacher, C., Breitung, J., (2008), “Real-time Forecasting of German GDP based on Large
Factor Model with Monthly and Quarterly Data”, International Journal of Forecasting, Vol.
24, 386-398.
Tkacz, Greg, Hu, Sarah, (1999), “Forecasting GDP Growth Using Artificial Neural
Networks”, Bank of Canada Working Papers, 99-3.
Zhang, G., Hu, M.Y. (1998) “Neural Network Forecasting of the British Pound/US Dollar
Exchange Rate”, Omega Int. J. Mgmt. Sci, 26(4): 495-506.
(http://useconomy.about.com/od/grossdomesticproduct/p/GDP.htm).
(http://www.economicsconcepts.com/gdp_as_a_measure_of_welfare.htm).
(www.investopedia.com).

The Importance And The Place Of Ombudsman In Law State

Feyzullah Ünal
Dumlupinar University, Faculty of Economics and Administrative Sciences
E-mail: feyz_unal@mynet.com

Abstract
In analyzing the ombudsman from the respesct of its historical roots, it is understood that this
institution has been inspired by Islam state system and Otoman state system. The institution
ombudsman has been implemented in countries more than 100 today and overtaken the
mission of protecting the citizens against the maladministration, securing the fundamental
rights and liberty and constituted security for both governing and governed. In this study, it is
offered that the fundamental rights and freedoms should be under the security, all activities of
the government should be under the control of jurisdiction and the significance of this
institution sould be awared in realizing the legal governance.

Keywords: Ombudsman, law state, fundamental rights and freedoms, justice, control and
judicial control.

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1.INTRODUCTION

The democratic state of law aims to provide the legal security of governed against the
governing body. This aim requires the efficient and effective control of the governmental
activities and operations. In the control of the public administration, it is frequently mentioned
that the control mechanisms are not adequate enough, far from the providding the legal
framework of the individual, political control is not effective, the administrative control have
the priority for preserving the interests of government rather than the citizens and the
information about the security setting has some fallacies, and the administrative discipline
has been overemphasized. This mechanism of tutelage control has subjected of some political
considerations and thus, the expected results can not be obtained. In case of the judicial
control, it is costly, formative, constrained with the legalistic control, inadequate accordinto
the assertations of scentific circles (Baylan 1978: 146-157; Temizel 1997: 26-33; Akıncı
1999: 357-358; Avşar 1999: 27).

The institution ombudsman as a control mechanizm which is established in order to protect
the rights of the citizens against the government, search the solution against the
maladministration, and providing the contribution for the sake of improvement of the
government has been widely implemented since it has emerged firstly in history. In this
context, it will be very important to analyse this institution in order to guide the countries
which are not using this mechanism by refering the practices of more than hundred countries
with its different types and structures. In this presentation, the role of the ombudsman in
preventing the problems arisen from the state of law has been elaborated and the process,
trajectories and stages which the ombudsman institution has been followed form its initial
point has been explained.

2. THE NOTION OMBUDSMAN: EMERGENCE AND DEVELOPMENT

It is widely known that the governed had some troubles against the governing body during the
history and the governed always was search of constituting a legitimate instruments and
suitable grounds to put their complaints into words. The emergence of the ombudsman can be
seen as the results of these kinds of attempts. It is known that the ombdusman institution in
todays meaning was established the first time in history in Sweden and spread on alarge area
of the world.

Ombudsman in original respect is a Swedish word means spokeman, representative, nominee,
depute, delegate, advocate and protector (Schwarzler, 1992: 1; Al-Wahab 1979: 19; Ataman,
1997: 779). The term ombudsman imples a public servant or private office whom receives the
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complaints of the people pertainig with the affairs committed by the various bureaucratic
bodies (Pickl, 1986: 37). Ombudsman institution has been implemented within the
international level, in some countries national level and the rest of them regional or provincial
levels in respect of local authorities and state economic enterprises. Ombudsman institution
has been implemented both in private and public sectors in different types and entitled in
different names.

In analysing the historical roots of the ombudsman institution, it can be easily seen that this
ombudsman institution has been derived by the the divinal opinions of Islamic state system
and Ottoman Empire. In Islam religion,the creation of justice is one of the principles to
constitute the Islamic thought and philosophy. In this understanding, in executing the justice
there would be a kind of executive and complaint mechanism had very significance.
Nevertheless, Khalif Ömer created the institution “muhtesip” (official for public order)
performed the duties of protecting the general morality, managing the market places,
protecting the seller and purchaser and settling the disputes and conflicts (Pickl, 1997: 800805).

In Islamic state (Emevid, Abbasid, Mameluk, Seljuk) there had some institutions to evaluate
the complaints of people and to rule the case among institutions entitled as “Divan-ı
Mezalim” (diwan for atrocities) or Dar’ul adl (house of justice) and “muhtesip” (official for
public order). This mission has been performed by “Divan-ı Hümayun” (supreme court) in
Ottoman Empire (Eryılmaz 2000: 312). In Ottoman state had very important post called as
“Kadilkuzat” who monitors the implementation of Islamic law in every field of life and the
protect the life of people originated from the abusement of government executives and
unlawfulness (Pickl, 1997: 800-805). Kadı al Kudat who had a position who operated the
complant and control mechanism with ombudsman-like logic in Ottoman state as well as tthe
other councils and officials and “Divan-ı Mezalim” (diwan for atrocities) or Dar’ul adl
(house of justice)

In creating the ombudsman institution with nowadays understanding, it is supposed to
mentioned about the intersection of Sweden and Ottoman states in order to comprehend the
inspiration among these cultures. That is, Seweden King Charles XII who as defeated to
Russia in Poltava 1709 stayed in Bender for three and half years and Dometika for two years
with political asylum and thank to that long –time residence, he had an opportunity to aware
the Ottoman political and social life and examine closely the rapid decision-making process of
supreme court “Divan-ı Hümayun” (supreme court), “muhtesip” (official for public order)
“Kadilkuzat” who monitors the implementation of Islamic law in every field of life and the
protect the life of people originated from the abusement of government executives and
unlawfulness “Divan-ı Mezalim” (diwan for atrocities) or Dar’ul adl (house of justice) for
the name of Sultan. He witnessed that these councils and persons such as kadı (muslim judge)
and kazasker (soldier judge) was analysing the complains of people by public servants and
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protecting them from the unlawful, purposeful operations and activities and compensating the
damage produced by these transactions and inspired by these institutions and actors who tries
to remove the disorder and restlessness and sent his country Royal Writ in 1713 (Odyakmaz,
2000: 488). With this Royal Writ, a person (Hogste ombudsmannen) who is supposed to
monitor the obedience of the judges and administrators in accordance with the laws and rules
for the name of king has been appointed to Stockholm (Uler 1990: 1022).

After coming back to his country, the King witnessed that Hogste ombudsmannen (Swedish
conterpart of omdusman instiution) performed the same job with the Ottoman one and carried
out his mission and appointed him permanatly as the observer of the King. As a result, as the
observer of the King, this institution became into a constitutional body entitled as
“Justitieombudsmen” in Sweden Constitution prepared in 1809 (Rudholm 1968: 18). By the
settlement of democracy in Sweden, it is determined that the ombudsman would observe the
executive body and all public institutions on behalf of legislationand with some constitutional
amendments the athorization and effectiveness of omdusman were enlarged and widened and
thus, transformed into an independent body against the Parliament (Baylan: 1978: 7).

The omdusman institution today have been implemented more than 100 countries with
different types and forms and overtaken the mission of securing the fundamental rights and
freedoms and contributing the improvement of the administration and constituting a trust or
guarantee. The ombudsman institution was charged with protecting the human rights and
liberties against the power and government in Scandinavian countries (such as denmark and
Norway) and Sweden which arisen the first time in history. Parliament ombudsman and local
authority ombudsman in Britain was responsible from the the protection of governed against
the maladministration, French Mediateur was tasked with the equity and fairness in govening
and governed relations.

3. THE FUNCTIONS OF OMBUDSMAN

In considering the historical evolutionary period from the beginning in Sweden and today and
different implementation of the countries, we witness that the ombudsman institution had very
important tasks and mission such as giving advise to the government and domanstrate the
prudential way of solution, preventing the maladministration, preventing the arbitrary,
illegitimate and improper attitude and behaviors, hearing the citizen compliamnet arisen from
the unlawful practices (Eken 1999: 135).

The significance of the ombudsman institution increases because nowadays the expectations
from the public service increases. the ombudsman institution with its independence,
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impartiality, rapidity, inexpensiveness and esily available character makes surveillance and
inspection much more effective, efficient and qualified.

3.1. Its Protection Function

Ombudsman undertakes the in practising countries the protection mission of citizen against
the maladministration, securing the rights and liberties (Temizel 1997: 767). One of the most
important tasks of the ombudsman institution is the protection of populace against the singlesided, unrightful and mistaken decisions of public administration and their arbitrary
implementations (Seneviratne 1994: 132). The ombudsman institution in case of suffering
damage and incuring loses because of the transactions, activities and operations of the
government investigates, probes, searchs, hears and inspects the sitution depending upon its
authorities and takes necessary precautions.

The ombudsman institution serves the mobilization of the protection mechanism against the
abusing and exploting the public power which the governemt possess against the governed
(Woolf 1990: 92). Sometimes protection of the governmental rights against the remours of
corruption, unrightful demands and requests of the populace and recommendation of the equal
instead of justifiabe decision are amnong the teaks and duties of the ombudsman institution.
Thus, the acquittal of the governmental authorities from the accusitions and allegations and
the protection of the public servants form the untrue and rootless blame, imputations and
indictments and restoration of trust over the governed citizens.

3.2. Its Inspection Function

Systematic, productive and regular performance of the government, its production of the
service which is convenient with the expectations of the governed populace and the provision
of the popular respect can be possible with the perminent, effective and efficient inspection
(Akıncı 1999: 292). The ombudsman institution undertakes the mission of removing the
insufficiency and ineffective of the existing the inspection and surveillance mechanisms and
institutions and becoming supporter, auxilary and complementary part of them in setting
solutions in respect of surveillance against the incerasingly enlarging athorties of the public
servants and governments.

The ombudsman institution facilitates the participation of the people into the inspection of the
government as a mechnism which is costless, free to claim the populace’s rights, informalist,
alowing the easily obtain the result (Odyakmaz ve Erhürman, 1998: 3762). This character of
ombudsman institution increase the influence of the inspection and this function contributes
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the preventation of maladministration and enhancement of the well- administration by
reforming the attitudes and behaviours of the governing elites.

3.3. Its Reformative Function of Government

The ombudsman institution serves the contribution for the development of the democracy,
human rights, supremacy of law, and the settlement of the human rights within the society and
the provision of effective participation of citizen into the inspection and lastly, the emergence
of plural democracy, cultural plurality, multiculturalism, delibrative democracy and the
inveteration of new plural government strategy (Ayeni 1997: 543). The ombudsman
institution undertakes the responsibility of awaring the people to protect their rights and
warning the governing bodies to ameliorate the maladministration and take the necessary
precautions for impartial, rapid and effective solutions (Seneviratne 1999: 165).

Ombudsman prepares and publishs the annual and special reports every year about the
maladministration, in which ways it can emergence and its ways of solution in order to give
imformation to the governmental authorities (Seneviratne 1998: 93-94). The determination of
the government and inspection techniques which governments necessiates and their
implementation are tasks and duties of the ombudsman institution as volunteer guidance and
counselling, confering inquiry mechanism. Accordingly, by overtaking the role of educating
and directing in government enhances the increasing of the productivity, effectiveness and
efficiency and the settlement of the understanding for the delibrative and participatory
democracy.

4.THE CONTRIBUTION OF OMBUDSMAN INSTITUTION INTO THE STATE OF
LAW

The state of law means a kind of state which is devoted to rules of law, secures the legal
guarantee for the citizens and limits herself with her legal framework. In the state of law,
public servants, state and the citizens were balanced in respect of legal loyalty. Nobody, no
institution is not immuned and excepted from the legal bound in any state of law (Kaboğlu
1989: 145). The Constitutional Court describes the state of law as “respectful to human rights,
establishing the legal order to protect these rights, undertaking the mission of all transaction,
activities and opertaion adapted into the legal framework” (25.05.1976 date and E. 1976, K.
1976/28 number resolution of the Constitutional Court). In the state of law, the executive,
juridicial, and legislative bodies are supposed to be loyal to the law (Gözler 2000: 170). The
understanding of the state of law is a principle expected from borth governing and governed
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(Gözler 2009: 24). The understanding of the state of law is the most important and essential
and ultimate stage of the contemporary democratic states.

The legal adaptation of all activities of the state requires the judicial inspection. Judicial
inspection is one of the most effective way among the types of inspection over the
government. The ombudsman institution may contribute to solve the problems arisen from the
process of the judicial inspection. This instituion is not an alternative but auxiliary mechanism
which functions as strengthening body of the judicial inspection and removing the obstacle
against the jurisdiction.

Inspite of the all positive dimensions of the judicial inspection, it proceeds slowly and thus, its
effectiveness and efficiency lessens. In this context, the ombudsman institution can produce
the security by solving the peacefull settlement of disputes and conflicts for a short time-limit.
As a matter of fact, the number of the claims, disputes and conflicts to be subjected of the
judicial inspection will be lessened and thus, trust for the judicial inspection will be provided
again (Özden 2004: 569).

The judicial inspection with its expensive and formalist characteris is not preferable and the
bureauctaric ilnesses is worsening. Whereas the ombudsman institution with its easily
available and informalist and inexpensive character may contribute the solution of conflicts
and lessening of the judicial burden as an auxilary of the judicial body.

The ombudsman institution could have an opportunity both legality audit and discretionary
and expediency inspection and takes action against the transactions and activities which are
arising the damage, harm and insuitable to fairness and equity but suitable to the law (Keneş
1997: 791). Whereas, the judicial inspection is a sort of jurisdiction which is limited with the
legal adaptation of governmental transactions and activities and excludes both legality audit
and discretionary and expediency inspection. Therefore, even if there would be damage for
the governed by the legal activities, there couldn’t be any intervention by the judicial places
and there would be no compensation. Hence, the rights of the governed is protected under all
circumstances, the justice feelings and awareness of the citizens were strenghtening and
improving the government-citizen relation.
The ombudsman institution gives information to the people who has complain about the
transactions and activities of the government and how to apply and to which place of
jurisdiction. It plays a kind of counselling role in transmitting the complaints into the
jurisdiction and accelarating the judicial process.as a second hearing and inspection, in case of
the decisions and activities of the omdusman was litigated, it can provide to create much more
prudential resolutions.

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The ombudsman institution whose primary priority is the implementation of the inspection
over the government (Erhüman, 2000: 157), contributes the settlement of the state of law and
the protection of individula rights and liberties. In spreading and penetrating the idea of
democracy over the different segments of society and developing the virtual, fair, and just
social order, protecting the vested interets and practising the liberties as tangible symbols in
social life. Ombudsman with its authorities which does not include any tangible sanction is an
indication of respect for law by any society which claims and demands the democracy and the
state of law

5.CONCLUSION
In any state of the law, two important elements have been pointed out: Legal dependence of
the government and security of the liberties and fundamnetal rights. In order to realize these
two principles, it is inevitably required to create the legal and judicial control in order to solve
the problems arisen from the inspection of the judicial control. Beside that legalty audit and
prudentil control has been committed by the ombudsman institution,

Together with the constitution of the ombudsman institution, the removal of all problems
within the inspection of the public management, protection of maladministration totally and
reformation of the government. Neverthelss, it is not a magical mechanism and institution.
The problems in public administration always will be increasingly enlarged because of the
interventionalist character and the authority widening. As a matter of fact, the ombudsman
institution could not solve all of the governmental problems. Due to the fact that the
enhancement, adoption, support of the the ombudsman institution by hoth ge-overning and
governed depending upon the time and space, the importance and effectiveness of the
ombudsman institution will be increased.

It is not possible the existing inspection mechanisms to provide the exigences of the state of
the law and secure the fundamental rights and freedoms and enhance the effectivenss and
efficiency as well as the ombudsman institution. For this reason, in order to develop and the
ombudsman institution in convenience with the demands of the public opinion and social
environment by discussing the problems and the precaution to be taken.

BIBLIOGRAPHY
Akıncı, Müslüm, Bağımsız İdari Otoriteler ve Ombudsman, İstanbul, Beta Yayımcılık, 1999,
Al-Wahab, İbrahim, The Swedish Institution of Ombudsman, Stockholm, Liber Forlag, 1979,
Ataman, Taykan, “Ombudsman ve Temiz Toplum”, Yeni Türkiye Dergisi, Siyasette
Yozlaşma Özel Sayısı II, Yıl 3, Sayı 14, Mart-Nisan 1997,

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Avşar, Zakir, Ombudsman (Kamu Hakemi) Türkiye İçin Bir Model Önerisi, Ankara, Hak-İş
Konfederasyonu Yayını, 1999,
Ayeni, Victor, “Evolution of and Prospects For the Ombudsman in Southern Africa”,
International Review of Administrative Science, Vol 63, Issue 4, 1997/12,
Baylan, Ömer, Vatandaşın Devlet Yönetimi Hakkındaki Şikayetleri ve Türkiye İçin İsveç
Ombudsmanı Formulü, Ankara, İçişleri Bakanlığı Teftiş Kurulu Başkanlığı Yayını, 1978,
Gözübüyük, A.Şeref, Yönetim Hukuku, Turhan Kitabevi, Ankara, 2009
Eken, Musa, “Yönetim Karşısında Vatandaşın Korunmasında Ombudsman Kurumunun
Rolü”, ed. Davut Dursun, Hazma Al, Türkiye’de Yönetim Geleneği, İstanbul, İlke Yayınları,
No 24, 1998, s.131-139.
Erhürman, Tufan, “Türkiye İçin Nasıl Bir Ombudsman Formülü?”, Ankara Üniversitesi
Hukuk Fakültesi Dergisi, Cilt 49, Sayı 1-4, 2000, s.155-179.
Eryılmaz, Bilal, Kamu Yönetimi, İstanbul, Erkam Matbaacılık, 2000.
Gözler, Kemal, Türk Anayasa Hukuku. Ekin yayıncılık. Bursa, 2000
Kaboğlu, İbrahim. Ö., “Türkiye’de Hukuk Devletinin Gelişimi”, TODAİE İnsan Hakları
Yıllığı,1989, 12: 139-166.
Keneş, Bülent, “Bir Denetim Mekanizması Olarak Ombudsman, Türkiye’deki İhtiyaçlara Ne
Kadar Cevap Verebilir?”, Yeni Türkiye Dergisi, 97/13, 1997,
Kirkham, Richard, “Prevention is Better Than Litigation: The Importance of Good
Administration”, Journal of Social Welfare and Family Law, 26(3), 2004, s.305-306.
Nobles Richard, “Keeping Ombudsmen in Their Place-The Courts and the Pensions
Ombudsman”, Public Law, Summer 2001,
Odyakmaz, Zehra, “Türk Hukuk Kurultayına Sunulan İsveç Parlamento Ombudsmanlığı ile
İlgili Bildiri Üzerine Düşünceler”, Ankara Barosu Hukuk Kurultayı 2000, Ankara, 12-16
Ocak 2000,
Odyakmaz, Zehra, Tufan Erhürman, “Ombudsman Kurumunun Cumhuriyet Rejimine
Katkısı”, Yeni Türkiye Dergisi, Cumhuriyet Özel Sayısı V, Yıl 4, Sayı 23-24, Eylül-Aralık
1998,
Özden, Kemal, “Yerel Yönetimler
Biga/Çanakkale, 3-4 Aralık 2004,

Ombudsmanı”,Yerel

Yönetimler

Kongresi,

Pickl, Vicktor J., “Ombudsman Sistemlerinin İslami Temelleri”, çev. Taykan Ataman, Yeni
Türkiye Dergisi, Siyasette Yozlaşma Özel Sayısı, Yıl 3, Sayı 14, Mart-Nisan 1997, s.800-805.
Pickl, Vicktor J., “Ombudsman ve Yönetimde Reform”, çev. Turgay Ergun, Amme İdaresi
Dergisi, Cilt 19, Sayı 4, Aralık 1986,
Rudholm, Sten, “Sweden’s Guardians of The Law: The Chancellor of Justice”, ed. Donald C.
Rowat, The Ombudsman, Citizen’s Defender, London, George Allen and Unwin Ltd., 1968,
343

�3rd International Symposium on Sustainable Development, May 31 - June 01 2012, Sarajevo

Schwarzler, Nikolaus, “The Austurian Ombudsman (Volksanwalt)”, ed. Federal Chancellery,
Public Administration in Austuria, Austuria, 1992,
Seneviratne, Mary, “Local Government Ombudsman”, Journal of Social Welfare and Family
Law, 20(1), 1998,
Seneviratne, Mary, “The Local Government Ombudsman”, Journal of Social Welfare and
Family Law, 21(2), 1999,
Seneviratne, Mary, Ombudsmen in the Public Sector, Open University Press, 1994,
Temizel, Zekeriya, “Yurttaşın Yönetime Karşı Korunmasında Bir Başka Denetim Organı:
Ombudsman”, Yeni Türkiye Dergisi, Siyasette Yozlaşma Özel Sayısı II, Yıl 3, Sayı 14, MartNisan 1997,
Temizel, Zekeriya, Yurttaşın Yönetime Karşı Korunmasında Bağımsız Bir Denetim Organı
Ombusman, İstanbul, IULA-EMME Yayınları, 1997,
TÜSİAD, Ombudsman (Kamu Hakemi) Kurumu İncelemesi: Devlette Bir Toplam Kalite
Mekanizması Örneği, TÜSİAD Yayını No T/97-206, Ocak 1997,
Uler, Yıldırım, “Ombudsman (Kamu Denetçisi)”, I. Ulusal İdare Hukuku Kongresi, Üçüncü
Kitap, Çeşitli İdare Hukuku Konuları, Ankara, 1-4 Mayıs 1990,
Woolf, Harry, The Protection of the Public-a New Challenge, London, Stevens, 1990.

Next Step Of Corporate Governance: Appreciative Inquiry In Corporate Governance

Çiftçi Münire, Öztürk Umut Can
Süleyman Demirel University- Faculty Of Economics And Administrative SciencesTurkey/Isparta
E-mails: munireciftci@sdu.edu.tr,umutcn.ozturk@gmail.com

Abstract

It was seen in the last decade that traditional management system and models cannot meet the
needs of today. Crisis and scandals have proved the need for a more transparent and
participatory structure. Governance met this need for a certain period of time and presented a
more useful model. However through the end of 2000s negative effects of modern structures
were seen; such as being quantitative and unnecessarily rational which make participants fear
of doing wrong. In this case postmodern approaches came into agenda. One of them is
344

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                <text>In analyzing the ombudsman from the respesct of its historical roots, it is understood that this  institution has been inspired by Islam state system and Otoman state system. The institution  ombudsman has been implemented in countries more than 100 today and overtaken the  mission of protecting the citizens against the maladministration, securing the fundamental  rights and liberty and constituted security for both governing and governed. In this study, it is  offered that the fundamental rights and freedoms should be under the security, all activities of  the government should be under the control of jurisdiction and the significance of this  institution sould be awared in realizing the legal governance.  Keywords: Ombudsman, law state, fundamental rights and freedoms, justice, control and  judicial control.</text>
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