Research On GIS Agriculture Materials E-commerce Platform Based On Multi-agent

The development of e-commerce has exerted a huge influence on human’s daily lives. Techniques relevant are being come up with and applied, and thus promote the development of e-commerce service further.Different kinds of vertical e-commercial platforms including agricultural ones have being designed to meet the demand of customers. Among them, the agricultural e-commercial platform has its distinctive characters mainly from two perspectives: firstly, it concentrates on providing service for large scale farms and cooperatives. Secondly, the platform should be a more intelligent one and can provide a friendly user interface in consideration of its special users. Therefore, solving theses problems has been critical.Besides, it is also vital of promoting users’experience as the mount of trading and goods information is pretty huge. Users have to select items from the huge commodity base and it will add to their difficulty. Different users have their different demands and show special interest on different character of goods. However, traditional e-commerce platform can hardly meets customers’need and we need to develop a more intelligent solution. Multi-Agent system can make a proper contribution because of its autonomy, intelligence and dynamic character. The e-commerce platform can highly enhance users’experience and performance by using Multi-Agent system.In this paper, we firstly discuss the background of the problem and point out the significance of the research before introducing the status quo both over the seas and in domestic. We proposed the GIS to enhance the user interface and find the feasibility of Multi-Agent by research. It still has a lot of room for improvement in e-commerce field by using Multi-Agent system. Then the paper research the theoretical part of the core idea-multi-agent and multi-agent system, make an introduction of multi-agent simulation platforms and compare them to provide a theoretical basic for modeling and simulating latter. We finally select Repast J as our simulation platform and as a result, the performance of the vertical agricultural platform has been promoted significantly, thus provide a reference and guidance for relief work. Finally, we summarize the content and structure of the paper and bring forth the gaps and areas for improvement in the level of modeling and simulation to look forward to further research...