电力应用频谱监测系统管控中心的设计与实现

发布时间：2017-12-28 03:11

本文关键词：电力应用频谱监测系统管控中心的设计与实现　出处：《东南大学》2017年硕士论文　论文类型：学位论文

【摘要】：本学位论文的研究课题来源于国家电网科技项目"面向电力移动互联应用的4G多业务承载关键技术研究"(SGRIXTKJ[2015]349号),根据电力应用频谱监测系统的应用场景和功能需求,设计并实现了电力应用频谱监测系统管控中心。管控中心基于B/S架构,实现了终端控制管理、用户管理、频谱显示、数据查询和终端定位等功能,并可以跨终端访问,具有响应式布局和友好的用户界面。联调和测试结果表明,管控中心满足各功能需求且工作稳定。本文全文共有五章,各章内容安排如下:第一章介绍了课题研究背景与意义,并对本文的主要内容和各章节内容安排进行了简略说明。第二章分析了电力应用频谱监测系统的应用场景和功能需求,参与设计了电力应用频谱监测系统总体方案,详细设计了其中管控中心的实现方案。第三章设计了电力应用频谱监测系统的通信机制,具体设计了管控中心的软件架构、数据库、定位功能模块并选定了跨终端访问方案。第四章根据管控中心的工作流程,具体实现了管控中心的终端控制管理、频谱数据显示、用户管理和终端定位显示等功能模块以及响应式的用户界面,并给出了管控中心的安全防御措施。第五章测试了管控中心的各功能模块,并与监测终端进行了联调与性能测试,分析了存在的问题并给出了改进方案。
[Abstract]:The research topic of this thesis comes from the national grid technology project "multi service oriented mobile Internet application 4G power on bearing key technologies" (No. SGRIXTKJ[2015]349), according to the application scenarios of power spectrum monitoring system and application of functional requirements, design and implementation of the application of power spectrum monitoring system control center. Based on the B/S architecture, the control center implements terminal control management, user management, spectrum display, data query and terminal location functions, and can access the terminals, with responsive layout and friendly user interface. The test results show that the control center meets the needs of various functions and works steadily. This paper is composed of five chapters. The contents of each chapter are as follows: the first chapter introduces the background and significance of the research, and briefly describes the main contents and the contents of each chapter. The second chapter analyzes the application scenarios and functional requirements of the power application spectrum monitoring system, and designs the overall scheme of the power application spectrum monitoring system, and designs the implementation plan of the management and control center in detail. The third chapter designs the communication mechanism of the power application spectrum monitoring system, specifically designs the software architecture, database and location function module of the control center, and chooses a cross terminal access plan. The fourth chapter, according to the workflow of the management and control center, specifically implements the terminal control and management, spectrum data display, user management and terminal location display module and responsive user interface, and gives the security and defense measures of the management and control center. In the fifth chapter, the functional modules of the control center are tested, and the connection and performance test are carried out with the monitoring terminal. The existing problems are analyzed and the improved scheme is given.
【学位授予单位】：东南大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TM73;TN98

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