| 英文摘要 |
In the viewpoints of the urban study scholars, urbans are usually regarded as an organism. The development of urbans follows a set of rules as an organism. If the logic of this set of rules can be found in order to handle the operation of this set of rules, the trend of future urban development can be efficiently observed and the space structure of landuse can be controlled. Moreover, the behavior pattern of landuse simulation in the space development is an important and complicated issue in the field of urban study. In the process of urban planning, if the change of the landuse development in the space can be controlled, this will provide important and direct help to the landuse plan in urban planning. This study is based on this viewpoint trying to adapt the cellular automata which is widely discussed among the scholars in the complexity science as the basic theory in the calculation of this system structure. In addition, to analyze the various factors which affect the land change in priority of time and weight relation, this study adapts analytic hierarchy process in the multicriteria to define the rules of the change in landuse simulation. In this way, different users' different viewpoints about factors can be transformed into definite weight values to facilitate the numerical simulation. Through this process, these various viewpoints can be transformed into the result of simulation. This study is based on the grid space database of geography information system and adapts cellular automata and analytic hierarchy process to structure a new set of prediction to landuse simulation which goes with the qualification of self-development and the condition of the landuse nearby. This study simulates the most suitable space distribution of landuse and takes Zhong-pu township in Cha-yi county for the experimental target. |
