光网信息管理系统的设计与实现

发布时间：2018-04-08 20:31

本文选题：光网数据　切入点：光网数据管系统　出处：《电子科技大学》2013年硕士论文

【摘要】：目前，随着3G（GPS、GIS和GPRS）技术应用成熟，GIS（地理信息系统）系统在各行各业均得到了较广泛的应用。在管线资产管理方面，GIS的应用范围也越来越广泛。通常来说，光缆都是铺设在地下的。而地下管道、隧道等一些设施通常都是在地下进行建造的，由于各种线路、站点等自身又具有分布非常广泛的的特点，这就在宽带的建设、运营以及管理等很多方面给宽带公司带了非常大的困难，此外，还存在了一定的不安全隐患，还给施工带来了许多不便。传统的光缆数据记录方法是采用CAD图，或者以表格的方式来记录。然而使用这些方法，不但在数据的修改上存在一定的困难，同时存储的结果也不够直观，也不利于人员对数据进行管理。 GIS是随着科技的发展应运而生的，它的可视化以及空间分析等特性受到了很多行业的欢迎，当今在很多行业都能看到GIS的身影。例如，地理信息系统可以将所研究对象抽象化进行可视化处理，对于那些分布广泛、动态的、离散的资源GIS都能进行很好的处理，对于海量数据的存取GIS也有其得天独厚的优势。光网数据具有典型的空间位置属性。因此，采用GIS技术对光网资源进行管理能得到十分理性的结果。利用GIS技术对光网资源进行管理和可视化，有助于工程部门对资源进行空间上的快速定位，提高资源规划和故障检修的效率，，推动宽带企业技术管理水平的提高。本文采用B/S架构，以GIS技术作为基础，使用相关技术搭建了一个光网信息管理系统。通过该系统，用户不但可以存储、修改数据，同时还可以将数据以图形的结果直观的呈现在用户眼前，为用户的操作提供了便利。
[Abstract]:At present, with the application of 3GPS GIS and GPRS technology, GIS (Geographic Information system) system has been widely used in various industries.The application scope of GIS in pipeline asset management is more and more extensive.Generally speaking, optical cables are laid underground.And underground pipelines, tunnels, and other facilities are usually built underground. Because of various lines, stations and so on have a very wide distribution of their own characteristics, this is in the construction of broadband,Many aspects such as operation and management bring great difficulties to broadband companies, in addition, there are some hidden dangers of insecurity, and also bring a lot of inconvenience to the construction.The traditional recording method of optical cable data is to use CAD diagram, or to record it in a tabular way.However, using these methods is not only difficult to modify the data, but also not intuitive enough to store results, and is not conducive to the management of the data.GIS comes into being with the development of science and technology, its visualization and spatial analysis have been welcomed by many industries. Nowadays, GIS can be seen in many industries.For example, geographic information systems can visualize the objects studied by abstracting them, so that GIS, which is widely distributed, dynamic and discrete, can be handled very well.Access to mass data for GIS also has its unique advantages.Optical network data has typical spatial location attributes.Therefore, the use of GIS technology to manage optical network resources can obtain very rational results.The use of GIS technology to manage and visualize optical network resources is helpful for engineering departments to locate resources rapidly, improve the efficiency of resource planning and troubleshooting, and promote the technical management level of broadband enterprises.In this paper, an optical network information management system is built based on GIS technology and B / S architecture.Through this system, the user can not only store and modify the data, but also display the data directly in front of the user as the result of graphics, which provides convenience for the user to operate.
【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

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