Application of Artificial Intelligence and Fruit-Fly Optimization Algorithms on House Prices Forecast – A Case Study of Used-Residential Houses in Taipei City
碩士 === 東吳大學 === 經濟學系 === 101 === To live in peace and enjoy one’s work is a common goal of our life. However, house prices fluctuate naturally affected by many external factors with the limited supply of land resources. When irrational prices change, as previously the U.S. subprime mortgage crisis...
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ndltd-TW-101SCU003890272019-05-15T20:53:14Z http://ndltd.ncl.edu.tw/handle/2cxq2r Application of Artificial Intelligence and Fruit-Fly Optimization Algorithms on House Prices Forecast – A Case Study of Used-Residential Houses in Taipei City 應用人工智慧與果蠅演算法對房價預測之比較分析-以臺北市中古屋為例 Chang, Ho Chung 張和崇 碩士 東吳大學 經濟學系 101 To live in peace and enjoy one’s work is a common goal of our life. However, house prices fluctuate naturally affected by many external factors with the limited supply of land resources. When irrational prices change, as previously the U.S. subprime mortgage crisis or the real estate bubble worldwide, the impact of the events is so huge and accidental. Therefore to understand the future trend of prices has become the continuing concern issues for governmental policies and people's life. From the existing research literature study shows that the prediction model using artificial intelligence, compared with the traditional method alone, can be easier achieved better prediction results. At the same time, the paper also introduces a new evolutionary computation method – fruit-fly optimization algorithm (FOA). We hope that hybridize grey neural network and generalized regression neural network with FOA could construct effective prediction models. The empirical results show that Grey Prediction and Grey Model Neural Network forecasts in a small number of samples data have better predictive abilities in the used-residential house prices of Taipei City. Through FOA to fine tune the parameters of grey neural network or generalized regression neural network, the hybrid model can significantly to improve the performance, i.e. the accuracy of prediction. Five variables are selected from stepwise regression. They are one-year floating rate of post office savings, M2, consumer price index, domiciled households and stock index. Through these variables training, our models in this paper can get very well predictive value. It also shows that housing prices change is dominated by the overall impact of macroeconomic indicators. To assess the recent easing of monetary policy and low interest rate, coupled with inflation concerns, produce more big impact to the transaction price of housing within the region in recent years. Lin, Wei Yuan Pan, Wen Tsao 林維垣 潘文超 2013 學位論文 ; thesis 71 zh-TW |
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碩士 === 東吳大學 === 經濟學系 === 101 === To live in peace and enjoy one’s work is a common goal of our life. However, house prices fluctuate naturally affected by many external factors with the limited supply of land resources. When irrational prices change, as previously the U.S. subprime mortgage crisis or the real estate bubble worldwide, the impact of the events is so huge and accidental. Therefore to understand the future trend of prices has become the continuing concern issues for governmental policies and people's life.
From the existing research literature study shows that the prediction model using artificial intelligence, compared with the traditional method alone, can be easier achieved better prediction results. At the same time, the paper also introduces a new evolutionary computation method – fruit-fly optimization algorithm (FOA). We hope that hybridize grey neural network and generalized regression neural network with FOA could construct effective prediction models.
The empirical results show that Grey Prediction and Grey Model Neural Network forecasts in a small number of samples data have better predictive abilities in the used-residential house prices of Taipei City. Through FOA to fine tune the parameters of grey neural network or generalized regression neural network, the hybrid model can significantly to improve the performance, i.e. the accuracy of prediction.
Five variables are selected from stepwise regression. They are one-year floating rate of post office savings, M2, consumer price index, domiciled households and stock index. Through these variables training, our models in this paper can get very well predictive value. It also shows that housing prices change is dominated by the overall impact of macroeconomic indicators. To assess the recent easing of monetary policy and low interest rate, coupled with inflation concerns, produce more big impact to the transaction price of housing within the region in recent years.
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author2 |
Lin, Wei Yuan |
author_facet |
Lin, Wei Yuan Chang, Ho Chung 張和崇 |
author |
Chang, Ho Chung 張和崇 |
spellingShingle |
Chang, Ho Chung 張和崇 Application of Artificial Intelligence and Fruit-Fly Optimization Algorithms on House Prices Forecast – A Case Study of Used-Residential Houses in Taipei City |
author_sort |
Chang, Ho Chung |
title |
Application of Artificial Intelligence and Fruit-Fly Optimization Algorithms on House Prices Forecast – A Case Study of Used-Residential Houses in Taipei City |
title_short |
Application of Artificial Intelligence and Fruit-Fly Optimization Algorithms on House Prices Forecast – A Case Study of Used-Residential Houses in Taipei City |
title_full |
Application of Artificial Intelligence and Fruit-Fly Optimization Algorithms on House Prices Forecast – A Case Study of Used-Residential Houses in Taipei City |
title_fullStr |
Application of Artificial Intelligence and Fruit-Fly Optimization Algorithms on House Prices Forecast – A Case Study of Used-Residential Houses in Taipei City |
title_full_unstemmed |
Application of Artificial Intelligence and Fruit-Fly Optimization Algorithms on House Prices Forecast – A Case Study of Used-Residential Houses in Taipei City |
title_sort |
application of artificial intelligence and fruit-fly optimization algorithms on house prices forecast – a case study of used-residential houses in taipei city |
publishDate |
2013 |
url |
http://ndltd.ncl.edu.tw/handle/2cxq2r |
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