Design And Implementation Of Basic Farmland Management Information System Based On MapGIS

MapGIS K9basic farmland management information system is based on the delimitation of basic farmland "technical regulation" and "basic farmland database standard (TD/T1032-2011)" requirements, in accordance with the regulations of the state’s basic farmland protection policy requirements, to the "basic farmland protection policy management network, information supervision means, socialization, data standardization" as the guidance, taking the basic farmland fine as the goal, to the second land survey of basic farmland above results and land use update database based on the overall planning, the basic farmland construction and supervision business as the core, the development of the basic farmland construction, supervision of professional software. At the same time, MapGIS K9basic farmland management information system is MapGIS K9Ministry of land and resources data center management platform business component plug-in, and MapGIS K9all the data center, a picture of comprehensive supervision platform to realize the function of seamless integration and data sharing.The system includes the basic farmland construction and supervision of basic farmland two subsystems.In this paper, Based on MapGIS K9basic farmland management information system as the research object, Mainly aimed at the Province city and county three levels of land and resources management departments of basic farmland management, Using the principle of the method of software engineering, research on the design and implementation of system. Firstly, the purpose and significance of the analysis, and analyses the current situation of land management information system at home and abroad at present, key technology of the system mainly used are introduced, the system uses.NET, MapGIS technology, SQL Server database technology and B/S technology; third, analysis of MapGIS K9basic farmland management information system needs, the main demand for services and functions of the system are described in detail; fourth, design of the system software, including three aspects of the system architecture design, function module design and database design; finally, introduces the implementation and testing system, including the realization of the database module, the basic farmland monitoring module, data reporting module and system management module.