基于GIS的光缆网络资源管理平台设计与实现

发布时间：2018-01-29 05:45

本文关键词： GIS B/S 光缆网络信息管理　出处：《天津工业大学》2016年硕士论文　论文类型：学位论文

【摘要】：本论文的主要内容是结合GIS地理信息系统,采用B/S开发模式,进行光缆网络信息管理系统的开发工作。随着我国经济的快速发展,光缆网络作为国家的基础设施正在飞速发展,但是在数据管理方面并没有实现科学高效的管理,工作效率比较低。基于这种情况,本文开发了光缆网络信息管理系统,用来辅助光缆管理部门对光缆网络数据进行科学管理。论文首先介绍了课题研究的背景与意义,介绍了系统开发的相关关键技术,论证了本课题在现实应用与技术上的可行性,然后重点分析了课题开发的需求分析,从用户使用以及开发角度对系统功能性需求与非功能性进行详细分析。接着从设计原则、概念模型设计、逻辑模型设计以及表结构设计四个方面对系统数据库结构进行详细介绍,根据系统功能的需要对系统数据库数据组成和构建方法进行深入剖析,在此基础上对系统的角色设计、界面设计以及系统功能模块进行展开,作为本文的重点,对系统功能模块的具体实现进行详细介绍。最后,利用大量有效数据对系统的所有功能进行了功能测试,并给出了系统测试的详细过程,根据系统的测试结果,该系统功能完整、性能稳定,满足用户的使用要求,具有很高的实际应用价值。
[Abstract]:The main content of this paper is the development of optical cable network information management system based on GIS GIS and B / S development mode. With the rapid development of China's economy. As a national infrastructure, optical cable network is developing rapidly, but in the aspect of data management, there is no scientific and efficient management, work efficiency is relatively low. Based on this situation. In this paper, an optical cable network information management system is developed to assist the optical cable management department in the scientific management of optical cable network data. Firstly, the paper introduces the background and significance of the research. This paper introduces the relevant key technologies of the system development, demonstrates the feasibility of this subject in the practical application and technology, and then analyzes the demand analysis of the project development. From the perspective of user use and development of the system functional requirements and non-functional analysis. Then from the design principles, conceptual model design. Logical model design and table structure design four aspects of the system database structure is introduced in detail, according to the needs of the system functions of the system database data composition and construction method in-depth analysis. On this basis, the role of the system design, interface design and system function modules are developed, as the focus of this paper, the specific implementation of the system functional modules are introduced in detail. Finally. All the functions of the system are tested with a large number of effective data, and the detailed process of the system testing is given. According to the test results of the system, the system functions are complete and the performance is stable. Meet the user's use requirements, has a high practical application value.
【学位授予单位】：天津工业大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TN913.33;TP311.52

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