电能表自动化检测线智能运维平台的研究与开发

发布时间：2018-06-22 11:39

本文选题：运维平台 + ASP.NET　；参考：《华北水利水电大学》2017年硕士论文

【摘要】：电能表自动化检测线是对智能电表各项性能指标测控的综合检定平台。该平台由各种机械装置、电子元器件、检测线管理软件及控制系统组成,检测线在使用时容易发生故障。因此,搭建针对电能表自动化检测线智能化运维平台,对检测线的日常运维、电能表检定计划以及检定指标数据的分析非常重要。本文首先说明了检测线智能运维平台的研究背景、目的意义及国内外运维平台研究现状。然后对电能表自动化检测线智能运维平台搭建涉及的技术进行介绍,智能运维平台采用ASP.NET MVC框架与命令查询职责分离模式(Command Query Responsibility Segregation,CQRS)设计模式相结合搭建平台框架,使用Microsoft SQL Server 2012作为数据库管理系统,Web端管理系统使用Visual Studio 2015作为开发环境,移动终端应用采用HBuilder作为开发环境、HTML 5+作为应用前端框架。其次对智能运维平台Web端管理系统及移动终端应用进行业务需求分析并划分功能模块。接着对智能运维平台Web端管理系统、移动终端软件架构及数据库进行详细设计。然后根据平台整体架构设计对平台进行实现并展示实现结果。最后,从电能表自动化检测线智能运维平台的设计及实现过程中,总结了ASP.NET MVC框架与CQRS设计模式相结合的软件开发框架、对本文的研究工作进行总结,并设想了智能运维平台进一步的研究内容。
[Abstract]:Watt-hour meter automatic detection line is a comprehensive verification platform for intelligent ammeter performance measurement and control. The platform consists of a variety of mechanical devices, electronic components, detection line management software and control system. Therefore, it is very important to build an intelligent operation and maintenance platform for the automatic test line of watt-hour meter, which is very important to the daily operation and maintenance of the test line, the verification plan of the watt-hour meter and the analysis of the verification index data. In this paper, the research background, purpose significance and research status of intelligent operation and maintenance platform for detection line are introduced. Then it introduces the technology involved in the intelligent operation and maintenance platform construction of watt-hour meter automation inspection line. The intelligent operation and maintenance platform adopts the ASP. Net MVC framework and the Command query responsibility Segmentation CQRS design pattern to build the platform framework. Using Microsoft SQL Server 2012 as the database management system and Visual Studio 2015 as the development environment, the mobile terminal application uses HBuilder as the development environment and HTML5 as the application front-end framework. Secondly, it analyzes the service requirement of the Web end management system and the mobile terminal application of intelligent operation and maintenance platform and divides the function module. Then, the Web end management system, mobile terminal software architecture and database are designed in detail. Then the platform is implemented according to the overall architecture of the platform and the implementation results are displayed. Finally, from the design and implementation of intelligent operation and maintenance platform for watt-hour meter automation inspection line, the software development framework combining ASP.NET MVC framework with CQRS design pattern is summarized, and the research work of this paper is summarized. Furthermore, the further research contents of intelligent operation and maintenance platform are envisaged.
【学位授予单位】：华北水利水电大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52;TM933.4

【参考文献】