基于JSP的水资源监测系统的设计与实现
摘要：随着物联网技术、可视化技术和计算机技术的不断发展和成熟，通过传感器实现远程监控和实时数据采集，本论文正是以中德联合开展的“物联网技术协作”为基础，开展了一项子课题的研究。锡林河流域的水资源监测需要大量的资料，而传统的方法单一、效率低下，因此，如何有效的向决策者提供资料是一个迫切需要解决的问题。本文以锡林河流域水资源监测资料的特性和水资源管理的需要为基础，结合当前锡林河流域的水文地质资料的可视化技术，探讨了利用 JSP技术实现水资源的可视化的关键技术和方法。通过对水资源的监测与现有技术的结合，构建了一个综合的系统架构，从实际需要和使用者的视角，为该系统提供了丰富的互动体验。
关键词:水资源监测;可视化: Echarts; 管理系统
Abstract:With the continuous development and maturity of the Internet of Things technology, visualization technology and computer technology, remote monitoring and real-time data collection are realized through sensors. This paper is based on the "Internet of Things Technology Cooperation" jointly carried out by China and Germany, and has carried out a sub topic research. The monitoring of water resources in the Xilin River basin needs a lot of data, while the traditional methods are single and inefficient. Therefore, how to effectively provide data to decision-makers is an urgent problem to be solved. Based on the characteristics of water resources monitoring data and the needs of water resources management in the Xilin River basin, combined with the current visualization technology of hydrogeological data in the Xilin River basin, this paper discusses the key technologies and methods of realizing water resources visualization using JSP technology. By combining the monitoring of water resources with the existing technology, a comprehensive system architecture is built, which provides a rich interactive experience for the system from the perspective of actual needs and users.
Keywords:Water resources monitoring; Visualization: Echarts; management system
目 录
摘要 1
Advisor 1
1引言 2
2体系结构 3
2.1系统的要求 3
2.1.1经营要求的分析 3
2.1.2工程实施方案 3
2.2 System的设计目的 4
(1)利用 Echarts图形插件来实现数据可视化。 4
2.3经营过程的剖析 4
2.4总体设计 5
2.4.1体系的职能设计 5
2.4.2 System库的开发 5
3个系统的实施 6
3.2.1注册模块 6
3.2.2 System主接口 6
3.2.3制图模组 6
(1)引入地图实例 6
(2)百度地图 API的获得 7
1/引1入百度地图的开发者密钥 7
3.2.4资料显示模组 7
（1）水位的变动 7
（2）监控风速 7
（3）监控太阳辐射 8
（4）土层的监控 8
（5）多条曲线 8
（6）文字资料图表 9
4总结 9
参考文献 10
致谢 11
