智慧煤矿综合信息移动平台软件的设计与实现

发布时间：2018-05-16 14:27

本文选题：智慧煤矿 + Android平台　；参考：《太原理工大学》2017年硕士论文

【摘要】：随着信息化技术的发展,煤矿工业信息化、智能化也响应国家信息化政策的号召,正在逐步发展,参照现有智慧地球、智慧城市、智慧交通的理念,本文提出的智慧煤矿为企业智能化建设提出了方向和思路。智慧煤矿是利用最新的计算机技术如物联网技术、大数据技术、地理信息技术和云服务等来加速煤矿企业智能化的建设,促进了移动互联网技术在煤矿行业的应用。现阶段很多煤矿企业通过引入自动化技术来提高企业管理效率,但并未就综合信息平台的建设提出更加有效的解决方案。借助智能终端的高效应用将移动互联网拥有的便携、智能、高传输性能的优势融入煤矿服务系统,从而提高煤矿企业智能化。基于此本文研究的基于Android移动终端的智慧综合信息平台软件的开发意义重大。本文结合了煤矿企业自身的实际情况,进行了系统的需求分析,设计了一套完整的智慧煤矿综合信息平台,该系统既完成了数据的信息监测和分析又为数据分析提供丰富的分析结果。整个设计包括服务器框架设计、数据库设计和客户端软件设计。针对现有企业信息平台的研究大都处于单部门、单一信息管理阶段,即针对企业生产的安全生产信息管理系统、营销信息管理、生产设备管理系统等,然而企业信息系统众多、信息量大、数据融合程度不够等特点,对数据信息的监控不能实时掌握,当遇到错误数据时不能进行及时有效的策略反应,为此论文针对基于Android移动端综合信息平台的开发,在信息监控中提出了基于多线程单缓冲区机制的数据存储和SpringMVC架构设计,保证了服务器端顺利完成,并对接口进行合理封装,方便客户端软件进行访问调取。在网络传输方面提出了互联网通信协议,实现数据解析传输,客户端采用Apache的Http Client组件实现与服务器端进行通信连接及管理,同时采用轻量级的数据格式JSON和XML进行数据的封装和解析,详细分析了数据分析实现的相关技术如第三方资源的调用highchart的使用、View和ViewGroup类在界面布局的使用以及客户端二级缓存的技术。系统完成后对整个系统进行功能性测试和服务器性能测试以及其他方面的测试,并对测试结果进行分析对比,完善不足。整个综合信息平台具有降低耦合、易扩展等特性,方便了系统的二次开发,并可根据以后的需求模块进行添加,保证了平台的强大移植性。
[Abstract]:With the development of information technology and the informationization of the coal industry, intellectualization is developing step by step in response to the call of the national informatization policy, referring to the existing concepts of intelligent earth, intelligent city, and intelligent transportation. The intelligent coal mine proposed in this paper provides the direction and train of thought for the intelligent construction of enterprises. Intelligent coal mine is to use the latest computer technology such as the Internet of things technology, big data technology, geographic information technology and cloud services to accelerate the construction of intelligent coal mining enterprises, and promote the application of mobile Internet technology in the coal industry. At present, many coal mining enterprises improve their management efficiency by introducing automation technology, but they have not put forward more effective solutions to the construction of integrated information platform. With the help of the efficient application of intelligent terminals, the advantages of mobile Internet such as portable, intelligent and high transmission performance are integrated into the coal mine service system, thus improving the intelligence of coal mining enterprises. The development of intelligent information platform software based on Android mobile terminal is of great significance. This paper combines the actual situation of the coal mine enterprise, carries on the systematic demand analysis, designs a complete set of intelligent coal mine comprehensive information platform, This system not only completes the information monitoring and analysis of data, but also provides rich analysis results for data analysis. The whole design includes server frame design, database design and client software design. The research of the existing enterprise information platform is mostly in the single department, single information management stage, that is, the production safety production information management system, marketing information management, production equipment management system, etc., however, the enterprise information system is numerous. Because of the characteristics of large amount of information and insufficient degree of data fusion, the monitoring of data information can not be grasped in real time, and the policy response can not be timely and effective when the wrong data is encountered. Therefore, this paper aims at the development of integrated information platform based on Android mobile terminal. The data storage and SpringMVC architecture design based on multi-thread single buffer mechanism are put forward in the information monitoring system, which ensures the successful completion of the server, and encapsulates the interface reasonably, which facilitates the client software to access and access. In the aspect of network transmission, the Internet communication protocol is put forward to realize data parsing and transmission. The client uses Http Client component of Apache to realize the communication connection and management with the server. At the same time, the lightweight data format JSON and XML are used to encapsulate and parse the data. The related technologies of data analysis, such as the use of third party resource calling highchart and the use of ViewGroup class in interface layout, as well as the technology of client-side secondary cache are analyzed in detail. After the completion of the system, the functional test, server performance test and other aspects of the test are carried out, and the test results are analyzed and compared, which is not perfect enough. The integrated information platform has the characteristics of reducing coupling, easy to expand and so on. It is convenient for the secondary development of the system, and can be added according to the future requirements, which ensures the strong portability of the platform.
【学位授予单位】：太原理工大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TD67

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