| Summary: | 碩士 === 國立臺灣大學 === 土木工程學研究所 === 90 === Geographic Information System (GIS) software is often used as the assistant tool in the process of urban planning and spatial analysis. The technique of GIS is popularly used in many ways, but most of the functions in spatial analysis are used in a static way such as the buffering, information storage, and data analysis. It can’t represent the spatial dynamic phenomenon such as the spatial organization, reconstruction, and transformation.
In recent years, the integration of Cellular Automata (CA) and GIS in the simulation of city evolution has gotten a lot of achievements. The traditional urban theories often adopt static numeral analysis, but the evolution of urban lands are often involving in economics, transportation, facility management, environment, ecology, society and politics factors.
To pursue more precise planning result, we must consider these factors when deal with the Nation Land Used Planning. With the traditional urban theorem, it can’t be satisfied all the demands mentioned above. In the recent years, new integration models of combining tradition model, GIS and CA have attracted much attention to planners.
This research would use the GIS raster data and combine the CA theorem to simulate the Taipei land used development. And this research also use the component object model protocol to develop integration software of CA and GIS. By using several evolution parameters to simulate the different land development policies and calibrating with actual Taipei land use data, the result of parameters can be used to predicting the evolution of the future land use.
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