基于安卓的电力故障报修系统的设计与实现

发布时间：2018-05-29 23:40

本文选题：Netty + MQTT协议　；参考：《吉林大学》2017年硕士论文

【摘要】：随着科技的蓬勃发展,电力作为支撑科技进步与发展的基础能源的需求也越来越大。虽然近几年电力设施的不断完善,电能系统的不断改良。居民的生活质量也有了很大的提高。但是仍然存在着一些电力设施故障解决不顺利的问题。比如电力救援队之间缺乏沟通,电力救援队到达现场不及时;设施故障维护过程不透明等等。为了改善这些问题,解决老百姓日常用电中的麻烦,基于安卓的电力故障报修系统应运而生。现如今,先进的互联网技术已经影响并改变了各行各业传统的作业模式,更是把原来难操作,不易实现的工作变得触手可及。为了适应新世纪的互联网飞速发展,完成电力设施从传统的,陈旧的维护到先进的,可控的维护的转变。一套完整的维护系统的产生有很有必要。本文主要介绍了安卓项目的搭建,安卓定位功能的使用,百度地图API如何调用。一些依赖的JAR包代码的编写以及服务器端的建立过程等等。基于安卓的电力故障报修系统主要有如下几个特点:1)以往的电力维护工人不在同一地点进行工作,对于不同的电力故障熟悉度也不同。为了加强工人的学习交流。本系统设置通信聊天功能,在不同地点上班的工人也能有沟通交流的机会。对着整个电力设施工人自身素质有一定的提升。2)当电力设施地点发生故障时,将携带GPS定位的信息,以及大致故障情况信息推送给附近的故障维修队。维修队自己决定是否到事故地点进行维修。这样做极大的缩短了救援队出工时间。3)在整个维护过程中,可以利用智能手机独有的照相功能,GPS定位功能,可以有效的将整个设施维护过程进行记录。起到了一定的监督作用。对于日后的故障资料整理有着积极作用。聊天系统由服务器和客户端组成。典型的C/S架构。采用MQTT通信协议,使用Netty框架对客户端及服务器进行封装,提高并发效率,便于调用,主要实现单聊,群聊,文件传输等,通过运行,测试,分析后,必将使其可靠,稳定。运行成功。具有一定的实用价值。GPS定位功能用途十分广泛,本系统主要将电力设施故障位置的GPS信息与救援队的GPS信息进行比对。并向附近的救援队进行推送故障信息。救援队收到推送消息,快速出动。以达到快速解决故障的问题。拍照功能与GPS定位功能同样是移动端设备独有的功能。它能记录整个施工过程达到监管目的。
[Abstract]:With the rapid development of science and technology, the demand of electric power as the basic energy to support the progress and development of science and technology is increasing. Although the power facilities in recent years continue to improve, the power system continues to improve. The quality of life of the residents has also been greatly improved. However, there are still some power facilities failure to solve the problem. For example, the lack of communication between the electric rescue teams, the arrival of the electric rescue teams on site is not timely; the maintenance process of the facilities is not transparent and so on. In order to solve these problems and solve the common people's daily power problems, Android based power failure reporting system came into being. Nowadays, the advanced Internet technology has influenced and changed the traditional operation mode of various industries, and has made the work that is difficult to operate and difficult to realize become within reach. In order to adapt to the rapid development of the Internet in the new century, the transformation of power facilities from traditional and obsolete maintenance to advanced and controllable maintenance is completed. It is necessary to produce a complete maintenance system. This article mainly introduces the construction of Android project, the use of Android location function, how to call Baidu Map API. Some dependent JAR package code and server side of the establishment process and so on. The power fault reporting system based on Android has the following characteristics: 1) the former power maintenance workers do not work in the same place and have different familiarity with different power failures. In order to strengthen the workers' learning communication. This system sets up the communication and chat function, the workers who work in different places also have the opportunity of communication and communication. The quality of the whole power facility workers has a certain improvement. 2) when the power facility failure occurs, the information of the location of the GPS and the information of the approximate fault situation are pushed to the nearby fault maintenance team. The maintenance team decided whether to go to the site of the accident to carry out the repairs. This greatly shortens the working time of the rescue team. 3) during the whole maintenance process, the unique camera function of the smartphone can be used to locate the GPS, and the whole maintenance process can be effectively recorded. Played a certain supervisory role. It plays a positive role in sorting out the fault data in the future. Chat system consists of server and client. Typical C / S architecture. Adopting MQTT communication protocol, using Netty framework to encapsulate client and server, improve concurrency efficiency, easy to call, mainly realize single chat, group chat, file transfer and so on. After running, testing and analyzing, it will make it reliable and stable. Run successfully. The system mainly compares the GPS information of power facilities fault location with the GPS information of rescue team. And push fault information to nearby rescue teams. The rescue team was sent out quickly after receiving the push message. In order to achieve a quick solution to the problem of failure. Photo-taking function and GPS positioning function are also unique to mobile devices. It can record the whole construction process to achieve regulatory purposes.
【学位授予单位】：吉林大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TM73;TP311.52

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