阴极保护远传监控系统的服务器设计

发布时间：2018-05-08 05:10

本文选题：远传监控 + Windows　；参考：《西安电子科技大学》2015年硕士论文

【摘要】：随着网络通信技术和自动化监控技术的发展,利用网络和无线传输设备对石油管线阴极保护系统进行远程监控已经成为现代石油管道传输行业自动化管理的一个重要研究方向。通过开发阴极保护远传系统,管理者可以实时监控石油管线运行状态,推测其运行趋势、及时定位故障地点,在此基础上可以有效提高石油管线的自动化管理水平,降低石油管线的运行成本,实现人员和系统设备的综合调配。首先,本文对当前阴极保护远传监控系统的发展背景、意义和国内外发展现状进行了研究分析。通过分析、调研当前石油管道传输行业的实际需求,基于C/S结构,利用Windows平台、采用TCP/IP协议Socket通信技术和MySql数据库对阴极保护远传监控系统的服务器进行了设计。其次,本文详细介绍了开发系统服务器时所涉及的重要通信理论、开发语言和关键技术;然后在分析石油管道传输实际功能需求的基础上对阴极保护远传监控系统的总体架构进行了设计,并详细描述了整个系统的运转流程;同时,详细介绍了信息采集端、移动客户端、PC客户端和服务器端的设计。再次,本文在.NET开发平台下编码实现了服务器端的登录认证模块设计、下位机调度控制模块设计、阴极保护系统的测试数据接收模块设计、阴极保护系统的测试数据存储模块设计、阴极保护系统附属设施自动化管理模块设计和数据库模块设计。最后,我们通过搭建测试环境,在实际工程现场对阴极保护远传监控系统的服务器功能进行了测试。相关结果表明:本系统服务器端的每个功能模块运行正常,可以满足用户的实际需求,达到了对石油管线阴极保护系统进行远程实时监控的目的。
[Abstract]:With the development of network communication technology and automatic monitoring technology, remote monitoring and control of oil pipeline cathodic protection system using network and wireless transmission equipment has become an important research direction of modern oil pipeline transmission industry automation management. Through the development of the cathodic protection remote transmission system, the manager can monitor the running state of the oil pipeline in real time, speculate its running trend and locate the fault location in time. On this basis, the automatic management level of the oil pipeline can be effectively improved. Reduce the operating cost of the oil pipeline and achieve the integrated deployment of personnel and system equipment. Firstly, the background, significance and current situation of cathodic protection remote monitoring system at home and abroad are studied and analyzed in this paper. Through analyzing and investigating the actual demand of oil pipeline transmission industry, based on C / S structure, using Windows platform, using TCP/IP protocol Socket communication technology and MySql database, the server of cathodic protection remote monitoring system is designed. Secondly, this paper introduces the important communication theory, development language and key technology involved in developing system server in detail. Then, on the basis of analyzing the actual function requirement of oil pipeline transmission, the overall architecture of the remote monitoring system for cathodic protection is designed, and the operation flow of the whole system is described in detail, at the same time, the information collecting terminal is introduced in detail. Mobile client PC client and server design. Thirdly, the design of server login authentication module, lower machine scheduling and control module, and test data receiving module of cathodic protection system are implemented in the. Net development platform. The design of test data storage module, automation management module and database module of cathodic protection system. Finally, we test the server function of cathodic protection remote monitoring system in actual engineering field by setting up test environment. The results show that each functional module in the server of the system is running normally, which can meet the actual needs of the users and achieve the purpose of remote real-time monitoring of the oil pipeline cathodic protection system.
【学位授予单位】：西安电子科技大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TE988.2;TP277

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