【作者】 黄锦；

【导师】 唐慧佳；

【作者基本信息】 西南交通大学 ， 计算机应用技术， 2011， 硕士

【摘要】 随着我国电力信息化建设的不断深入,手工录入、图纸设计已经不能满足客观需要,电力通信资源管理信息系统是管理电力行业的通信资源的重要工具,是电力行业规划和组织的重要参考依据。因此,研究电力通信资源管理系统,对提高管理效率,充分利用网络资源实现信息共享,具有深远意义。论文分析了系统的需求,对系统资源以逻辑角度和物理角度为业务资源建模,并总体设计了电力通信网络资源管理系统。根据电力通信资源管理系统所包含的信息,以及所管理的资源数据,提出用全生命周期思想管理电力通信资源。在管理通信资源时,主要是通过以下几个方面来进行管理：1.模板；2.空间资源；3.实体管理；4.管线设施；5.网络结构；6.查询统计。系统采用基于J2EE的三层体系结构,按照J2EE规范,系统分为客户层、中间层和模型层。客户层包括web客户端和RCP客户端,主要提供功能展现和用户交互的界面,中间层的J2EE应用服务器实现各种业务逻辑处理功能,模型层封装业务底层数据,包括在后台的资源数据库。论文组织如下：第1章主要介绍了电力行业通信资源管理系统的研究的背景、意义以及主要工作；第2章讨论了系统的功能需求,并描述了相关数据(空间资源、线路走廊资源、线缆资源、传输网、接入网)；第3章中分析了数据库设计,并对系统子模块进行设计；第4章对系统的model层、middle层、表示层进行了详细的设计；第5章就系统实现某些界面进行了展示。最后总结全文,并指出系统还需要完善的方面。更多还原

【Abstract】 With Power Enterprise’s information construction developing, manual entry and drawing design can’t satisfy the need, communication resources management system is the important tool that manages the power communication resources and the essential reference evidence during the plan and organization. Therefore the research of the power communication resource management system is very useful for the efficiency.This thesis analyzes the system requirements, and discusses the model of the business resources from the logical angle and the physical angle. It designs the power communications network resources management system. The system is based on the information and the data. The thesis proposes to manage the resources based on full life cycle concept. In the management of communication resources, mainly it manages the resources through the following aspects:1. Template; 2. Space resources; 3. Entity management; 4. Pipeline facilities; 5. Network structure; 6. Query statistics. The system :adopted the J2EE 3-tiers architecture, and in accordance with the J2EE specifications, the system is divided into Client tier, and the middle tier and the model tier. Client tier includes RCP client and Web client. The middle tier includes J2EE application server layer. And the model tier includes the underlying database.The thesis is organized as follow:the 1st chapter introduces the system’s background and the meaning. The 2nd chapter discusses the function requirements and the resources data. The 3rd chapter analyzes the database design, and designs the each submodule. The 4th chapter designs the system’s model layer, middle layer, presentation layer. The 5th chapter shows the interface of the some modules. At last, the thesis concludes the aspects which need be improved in the future.更多还原