基于WebGIS的物流信息系统的设计与实现

发布时间：2018-05-27 02:42

本文选题：WebGIS + Ajax　；参考：《电子科技大学》2013年硕士论文

【摘要】：随着我国经济的飞速发展，这对物流行业来说既是机遇又是挑战，物流行业需要承担的任务日益繁重、复杂，快速准确是当下对物流行业最大的要求，而物流企业在追求更快、更好、更强的同时也需要提高效益，走科学发展的道路。传统模式的物流信息系统在一定程度上解决了物流信息化的需求，但是还未能充分利用网络化的优势，另外在很多方面存在问题，比如用户界面风格不统一，开发维护复杂，移植困难，不能接纳新技术，缺乏具有系统性的结构框架等。故应用GIS技术，采用具有不限平台、移植性强、安全稳定等优点的J2EE开发框架，对物流信息系统进行基于WEB的设计，并且在跨平台的移动终端上使用，实现物流信息系统从“数字化生存”模式转向“网络化生存”模式。本论文课题根据现阶段物流行业的实际需要而定，最终目标是开发基于WebGIS的物流信息系统。本文研究内容主要有以下几个方面：分析国内GIS技术在物流信息管理系统中应用的现状，论证本课题的可行性；选用适用的新技术，确定需求。对系统进行具体的需求分析，功能模块划分，以“高内聚，松耦合”的设计原则对物流信息系统进行详细设计；并且结合实际需求对系统进行扩展完善。对所开发的基于WebGIS物流信息系统进行测试，对系统的开发和实现进行总结，并对下一步的工作进行展望整理。本课题设计的基于WebGIS的物流信息系统经过一系列的功能测试，验证已基本满足了设计要求，最终实现物流信息管理过程的网络化，信息的共享，，实现了基于WebGIS的物流配送线路的查询、制定。
[Abstract]:With the rapid development of our country's economy, this is not only an opportunity but also a challenge to the logistics industry. The task that the logistics industry needs to undertake is increasingly heavy, complex, and fast and accurate is the biggest demand for the logistics industry at present, and the logistics enterprises are pursuing faster. Better, stronger at the same time also need to improve efficiency, take the road of scientific development. The traditional logistics information system has solved the demand of logistics information to some extent, but it has not made full use of the advantage of network. In addition, there are many problems in many aspects, such as the disunity of user interface style, the complexity of development and maintenance. Difficult to transplant, unable to accept new technology, lack of systematic structural framework, etc. Therefore, the application of GIS technology, the use of an open platform, strong portability, security and stability of the advantages of J2EE development framework, logistics information system based on WEB design, and use in cross-platform mobile terminals, Logistics information system from "digital survival" mode to "network survival" mode. The final goal of this thesis is to develop logistics information system based on WebGIS. The main contents of this paper are as follows: This paper analyzes the present situation of the application of domestic GIS technology in logistics information management system, proves the feasibility of this subject, and selects the applicable new technology to determine the demand. The system needs analysis, function module division, "high cohesion, loose coupling" design principle of logistics information system for detailed design, and combined with the actual needs of the system to expand and improve. The development of logistics information system based on WebGIS is tested, the development and implementation of the system are summarized, and the future work is prospected. After a series of functional tests, the logistics information system based on WebGIS has been verified to meet the design requirements. Finally, the network of logistics information management process and the sharing of information have been realized. The query and formulation of logistics distribution line based on WebGIS are realized.
【学位授予单位】：电子科技大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：TP311.52;P208

【参考文献】