洱海水质监管系统设计与实现
发布时间：2019-06-24 22:59
【摘要】：随着经济的快速发展,大量的生活污水和工厂废水未经处理直接排放,导致一些地区水资源被严重污染,对附近的居民及动植物带来严重的危害。原始的洱海水质监管以人工为主、信息化和自动化水平低、数据不能及时准确的上报,严重影响问题的处理速度。如今互联网与物联网技术快速发展,原有的水质监管环境已经无法达到当前水质监管的需求。本文针对目前水质监管存在的无法随时查询所需的历史数据、不能对数据进行对比和分析、难以将发现的问题尽快联系负责人处理、如何进行网格化管理等这些难题,设计并实现了洱海水质监管系统,该系统基于当前非常流行的B/S和C/S架构模式开发,采用了计算机网络、数据库和无线通信等前言技术。系统由移动水质监管Web App、PC终端水质监管发布系统、Web服务器和数据库四部分组成,Web App可以查看洱海水质类别、网格化管理、河道实时信息和监测数据、湖内水质情况和详细数据、水质月报和历年数据、发现问题及时联系责任人进行处理等移动服务;PC终端水质监管发布系统可以对水质监测数据进行编辑和生成Excel报表、导入水质监测数据Excel表、河道信息发布、进行网格化管理、水质月报发布和用户注册等。Web App基于HBuilder开发平台,使用Bootstrap框架和Cordova开发模式,结合HTML5、JavaScript、CSS3、数据交互、高德地图和实时上传等技术;PC终端水质监管发布系统基于Eclipse开发平台,采用Jsp+Servlet+JavaBean经典MVC开发模式,使用MySQL数据库存储数据;利用JDBC可以为Web APP和PC终端发布系统提供便捷高效的数据库访问;对于服务器支撑平台,基于J2EE开发平台,采用Tomcat作为服务器。通过对本课题的研究,洱海水质监管系统可以使用户在移动终端和PC终端随时随地对水质进行监测和管理。该系统在一定程度上提高了水质监管的水平和效率、解决了纸质数据难以保存和直观查询的问题、节约了资源和减少了人力支出。
[Abstract]:With the rapid development of economy, a large number of domestic sewage and factory wastewater are discharged directly without treatment, which leads to serious pollution of water resources in some areas and serious harm to nearby residents and animals and plants. The original water quality supervision of Erhai Lake is mainly manual, the level of information and automation is low, the data can not be reported timely and accurately, which seriously affects the processing speed of the problem. Nowadays, with the rapid development of Internet of things and Internet of things technology, the original water quality supervision environment has been unable to meet the current demand of water quality supervision. In view of the fact that the current water quality supervision can not query the required historical data at any time, can not compare and analyze the data, and it is difficult to contact the person in charge as soon as possible to deal with the problems found, how to carry out grid management and so on, this paper designs and implements the Erhai Lake water quality supervision system. The system is based on the very popular B / S and C / S architecture model, and adopts the computer network. Database and wireless communication and other preface technology. The system consists of four parts: mobile water quality supervision Web App,PC terminal water quality supervision and release system, Web server and database., Web App can view Erhai Lake water quality category, grid management, river real-time information and monitoring data, lake water quality situation and detailed data, water quality monthly report and calendar year data, timely contact those responsible for processing and other mobile services. PC terminal water quality supervision and release system can edit and generate Excel report form of water quality monitoring data, import water quality monitoring data Excel table, river information release, grid management, water quality monthly report release and user registration, etc. Web App is based on HBuilder development platform, using Bootstrap framework and Cordova development mode, combined with HTML5,JavaScript,CSS3, data exchange, Amap and real-time upload technology. PC terminal water quality supervision and publishing system is based on Eclipse development platform, using Jsp Servlet JavaBean classical MVC development mode, using MySQL database to store data; using JDBC can provide convenient and efficient database access for Web APP and PC terminal publishing system; for server support platform, based on J2EE development platform, Tomcat is used as server. Through the research of this subject, Erhai Water quality Supervision system can enable users to monitor and manage water quality at any time and anywhere in mobile terminals and PC terminals. To a certain extent, the system improves the level and efficiency of water quality supervision, solves the problem that paper data is difficult to save and intuitively query, saves resources and reduces human expenditure.
【学位授予单位】：昆明理工大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52
本文编号：2505435
[Abstract]:With the rapid development of economy, a large number of domestic sewage and factory wastewater are discharged directly without treatment, which leads to serious pollution of water resources in some areas and serious harm to nearby residents and animals and plants. The original water quality supervision of Erhai Lake is mainly manual, the level of information and automation is low, the data can not be reported timely and accurately, which seriously affects the processing speed of the problem. Nowadays, with the rapid development of Internet of things and Internet of things technology, the original water quality supervision environment has been unable to meet the current demand of water quality supervision. In view of the fact that the current water quality supervision can not query the required historical data at any time, can not compare and analyze the data, and it is difficult to contact the person in charge as soon as possible to deal with the problems found, how to carry out grid management and so on, this paper designs and implements the Erhai Lake water quality supervision system. The system is based on the very popular B / S and C / S architecture model, and adopts the computer network. Database and wireless communication and other preface technology. The system consists of four parts: mobile water quality supervision Web App,PC terminal water quality supervision and release system, Web server and database., Web App can view Erhai Lake water quality category, grid management, river real-time information and monitoring data, lake water quality situation and detailed data, water quality monthly report and calendar year data, timely contact those responsible for processing and other mobile services. PC terminal water quality supervision and release system can edit and generate Excel report form of water quality monitoring data, import water quality monitoring data Excel table, river information release, grid management, water quality monthly report release and user registration, etc. Web App is based on HBuilder development platform, using Bootstrap framework and Cordova development mode, combined with HTML5,JavaScript,CSS3, data exchange, Amap and real-time upload technology. PC terminal water quality supervision and publishing system is based on Eclipse development platform, using Jsp Servlet JavaBean classical MVC development mode, using MySQL database to store data; using JDBC can provide convenient and efficient database access for Web APP and PC terminal publishing system; for server support platform, based on J2EE development platform, Tomcat is used as server. Through the research of this subject, Erhai Water quality Supervision system can enable users to monitor and manage water quality at any time and anywhere in mobile terminals and PC terminals. To a certain extent, the system improves the level and efficiency of water quality supervision, solves the problem that paper data is difficult to save and intuitively query, saves resources and reduces human expenditure.
【学位授予单位】：昆明理工大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52
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