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Urban Transformation Forecasts with Artificial Intelligence
                                        Based Algorithms

            for the areas attributed as land which were sold in Gölbaşı district in 2017 and
            the unit price estimate value of the land was defined as output variable. Within
            the scope of the study, multiple regression analysis and ANN methods were
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            used. According to the results, coefficient of determination in ANN (r ) was
            found to be more successful by exceeding the multiple regression analysis,
            which was calculated as 94% to 89%.
               A similar study was conducted by Güner (2021) for the province of Ankara. In
            this study, ANN was used by taking into account economic data such as housing
            prices,  exchange  rate,  interest  rates,  consumer  confidence  index,  industrial
            production index, construction confidence index for 82 months between 2013
            and  2019.  According  to  the  results,  while  the  determination  coefficient  of
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            feedforward (r ) was 0.9955, this value was found to be 0.9863 in the Elman
            neural network. According to the results, high accuracy was achieved in the
            use of the feedforward neural network, and it was observed that it performed
            well in predicting housing prices.
               Wan and Shi (2021) studied on urban restoration public space design using
            methods based on the convolutional neural network model. With this study,
            the feasibility of using artificial intelligence learning, deep learning and other
            related  algorithms  was  investigated.  The  model,  which  used  urban  traffic
            road network, urban neighbourhood spatial information and urban building
            function data, is a case study in terms of creating appropriate urban areas and
            an optimal road network for vacant spaces in cities.
               Sipahioğlu and Çağdaş (2022) made urban growth modeling using scenario-
            based cellular automation and ANN methods. In the model where land use
            and  driving  factor  data  are  used  for  simulation,  six  different  development
            scenarios were formulated according to the Strategic Plan of Izmir Province
            and the effects of future urban planning strategies were identified.
               As a result, it is seen that the ANN method is often used in the literature in
            the planning of urban development and modeling of transformation studies.
            However, in Türkiye, these studies have been carried out only in housing price
            estimates and on a regional basis. Taking into account the economic data, the
            modeling of urban transformation on a national scale and forecasts for the
            future have been revealed with this study, and this deficiency in the literature
            has been tried to be met with this study.

               The Data, Methods and Prediction Model Studies Used


               Within  the  scope  of  this  study,  dependent  variables  of  the  number  of
            apartments,  number  of  licenses,  surface  area  as  well  as  the  independent
            variables of gross national product (GNP), inflation rate (%), interest rate (%)



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