Design Of Management Information System Of Planning Compilation

At present, we are in a history stage that science & technology and society economy are making a progress by leaps and bounds, and cities are constructing rapidly. Along with the continuous development of the city construction, the business workload of urban planning sections increases greatly, and the shortcomings of traditional transaction mode of city urban planning gradually come out. These reasons can be summarized as below: The urban planning establishment and examination and approval have too many links and take too long time, its efficiency is low, the planning compilation task becomes more and heavier, and the urban planning is lack of rational system. Currently, the government and public request high quality, efficiency and manner of urban planning sections, so the present traditional mode of transact and manage can not satisfy the requirements of scientific and normal management. Therefore, it is necessary to adopt modern scientific means to the urban planning in establishment, examination, approval and the instrument of planning compilation management.Management Information System of Planning Compilation (MISPC) of Hangzhou city was established under such a background. MISPC combined those advanced technologies such as GIS, OA and CAD based on the software platform of ESRI ArcGIS9.0. It can deal with massive data management and integrated of graphics and text and efficient, vivid space analysis and search. It is used for establishment of urban planning, examination and approval of urban planning, storage, query, statistics and output of planning compilation. The establishment of MISPC improved the ability and work efficiency of urban planning section, at same time it made a great process of information of Hangzhou urban planning.The thesis contains six parts to discuss the explorations of theory, technology and method of MISPC taking Hangzhou city as an example. In the chapter 1, the introduction of the urban planning informationization and management and its development was present. The chapter 2 introduced the techniques of component, GIS and OA as well as ArcEngine and ArcSDE. In the chapter 3, the background of establishment, targets, function needs, frame model, function structure, data process, performance needs, design principles and exterior interfaces were introduced. The chapter 4 introduced the solution of spatial data storage in RDBMS--Geodatabase Spatial Data Modal, and the solution and process ofplanning compilation creating database. The chapter 5 discussed the detailed designs of three sub-systems (sub- system of planning establishment and examination and approval, sub-system of planning compilation creating database, sub-system of planning compilation comprehensive application). The chapter 6 was the conclusion and the innovation sparkles and shortcomings of this thesis were proposed.