基于Android平台的闸站工程安全监测系统的研究与实现

发布时间：2018-07-14 18:56

【摘要】：随着我国水利行业的发展,闸站等水工建筑物进入了一个快速建设时期。而由于其重要性,一旦发生事故,后果不堪设想,所以对其进行工程安全监测是必不可少的。本课题利用Android手机建立个人便携式远程监测管理平台,能够实现手机的远程监测等功能,比传统的管理方式更为便利与快捷,可操作性更强。同时,进行安全监测离不开对海量监测资料的深入挖掘和分析,通过对工程安全监测数据的分析处理方法研究,从监测数据中找到可能存在的安全隐患,这是一个非常值得研究的课题。第一章首先介绍课题研究的目的和意义,分析国内外现有闸站工程安全监测系统的研究现状,提出存在的问题,并详细的介绍了闸站工程安全监测领域的发展趋势。第二章首先进行泰州引江河高港闸站工程安全监测系统功能需求分析,然后介绍系统的整体架构,在此基础上进行现场传感器以及现场采集单元的选型并介绍系统的软件体系。第三章首先介绍了开发所用到的相关技术。根据所用Android开发技术对软件系统功能模块进行了设计,然后介绍系统数据库的设计以及实现。在本系统中服务器端采用Tomcat和MySQL数据库,负责接收和存储闸站现场各个监测测点传感器采集到的数据,并为Android用户提供查询服务。最后进行了系统功能模块的开发,详细的开发过程见附录。第四章主要展示基于Android平台的闸站工程安全监测系统的实机测试效果,包括以下五大功能模块：系统用户权限管理功能、全景图显示功能、监测数据查询功能、浸润线功能、多测点历史数据对比功能。第五章进行了工程安全监测数据的分析处理方法研究。通过对YYL 051监测点数据进行ARIMA时间序列建模分析,验证了模型的准确性,证明了ARIMA时间序列模型在闸站工程安全监测领域是可以使用的。接着分别对高港闸站进行了异常测值分析和相关性分析,通过统计检验法和相关性分析可以对有可能是安全隐患的测值和测点进行排查,为高港闸站的安全稳定运行提供了重要参考。最后对本课题研究工作进行了概括和归纳,提出了不足之处和进一步的展望。
[Abstract]:With the development of water conservancy industry in China, hydraulic structures such as sluice stations have entered a period of rapid construction. Because of its importance, once an accident, the consequences are unthinkable, so it is necessary to carry out engineering safety monitoring. In this paper, Android mobile phone is used to establish personal portable remote monitoring and management platform, which can realize the functions of remote monitoring of mobile phone, which is more convenient and fast than the traditional management mode, and has more maneuverability. At the same time, safety monitoring is inseparable from the deep mining and analysis of massive monitoring data. Through the analysis and processing of engineering safety monitoring data, we can find out the potential security hidden danger from the monitoring data. This is a subject worth studying. The first chapter introduces the purpose and significance of the research, analyzes the current situation of the safety monitoring system of gate engineering at home and abroad, puts forward the existing problems, and introduces in detail the development trend in the field of safety monitoring of gate station engineering. The second chapter firstly analyzes the functional requirements of the safety monitoring system of Taizhou River diversion Gaogang Sluice Station, and then introduces the overall structure of the system. On this basis, the selection of field sensors and field acquisition units is carried out, and the software system of the system is introduced. The third chapter first introduces the related technologies used in the development. The function module of the software system is designed according to the Android development technology, and then the design and implementation of the system database are introduced. In this system, Tomcat and MySQL databases are used on the server side, which is responsible for receiving and storing the data collected by the sensors of the monitoring and measuring points in the locale of the gate station, and providing query services for the Android users. Finally, the development of the system function module is carried out, and the detailed development process is shown in the appendix. The fourth chapter mainly shows the testing effect of the safety monitoring system of gate engineering based on Android platform, including the following five function modules: the function of user rights management, the function of panoramic picture display, the function of monitoring data query, the function of infiltrating line. Multi-point historical data comparison function. In the fifth chapter, the analysis and processing methods of engineering safety monitoring data are studied. Through the Arima time series modeling and analysis of YYL051 monitoring point data, the accuracy of the model is verified, and it is proved that Arima time series model can be used in the field of gate station engineering safety monitoring. Then, the abnormal value analysis and correlation analysis of Gaogang sluice station are carried out respectively. By means of statistical test method and correlation analysis, we can investigate the values and points that are likely to be hidden dangers of safety. It provides an important reference for the safe and stable operation of Gaogang sluice station. Finally, the research work of this paper is summarized, the shortcomings and further prospects are put forward.
【学位授予单位】：扬州大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TV66

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