Dynamic monitoring and management system for land resource based on parallel network algorithm and remote sensing

摘要

With the acquisition of remote sensing data, the improvement of image resolution, and the further development of remote sensing application and computer technology, remote sensing has become an important means of land avalanche investigation. Using GIS and spatial database technology, this paper designs and develops the land use dynamic remote sensing monitoring database system. At the same time, the author studies the key technology of the system, and constructs a massive spatial database of land geography. The construction of the platform is mainly divided into two aspects, one is the audit and distribution system on the web side and the other is the mobile side to investigate APP. Web-side system mainly realizes image viewing and verification of investigation results. Through this platform, image data can be efficiently distributed to users in different areas through the network, providing users with the functions of spatial data browsing, query and analysis, and fully sharing data. The effect of data mining and remote sensing technology in land resource management is obvious, which promotes the development of land resource management in the direction of intellectualization and refinement. The data of the research results in this paper will be the basis of land management. By mastering the precise utilization of land resources, we can further improve the precision level of land management and promote the sustainable development of economy and society.