Design And Implementation Of Intelligent Fire Remote Monitoring System Based On WEB

With the continuous development of society,the scale of mass gathering places such as highrise buildings,shopping malls and supermarkets has expanded rapidly.Some of these buildings have unreasonable installation of fire-fighting equipment,and most of them lack effective fire-fighting supervision measures.The fire cases caused by this have been common,and the importance of fire safety is becoming more and more prominent.Intelligent fire-fighting monitoring system has become the first choice to solve the problem of fire safety.Many fire equipment manufacturers in China provide different specifications of fire-fighting equipment,which brings a variety of fire-fighting monitoring means,but also brings new challenges to the implementation of intelligent fire-fighting monitoring system.On the one hand,it is because of the variety of fire-fighting equipment installed.On the other hand,different communication protocols are used for fire-fighting equipment manufactured by different equipment manufacturers,and the data format of the output interface of these firefighting equipment is not uniform,which increases the difficulty of data processing of intelligent fire-fighting monitoring system.Intelligent fire-fighting remote monitoring system is a convenient,efficient and unified system for monitoring fire-fighting equipment.According to the fire-fighting agreement stipulated by the state,the information reported by all fire-fighting equipment is analyzed and processed in a unified way,and the fire-fighting department is promptly informed of the fire-fighting information,so as to discover and eliminate the hidden fire hazards in time.Firstly,this thesis analyses the information exchange process between the system and firefighting equipment,then goes to the business process of fire information processing and summarizes the main requirements of each business process and the technical difficulties of realizing the requirements.Secondly,the business process of the system is analyzed by UML,and the functional and non-functional requirements of the system are obtained.Finally,the system is designed and implemented,which can convenient and efficient monitor fire fighting equipment remotely.The system uses Spring as the underlying framework,and uses Java language to complete the development of the main functions of the system.In the aspect of data storage,Oracle database and My Batis framework are adopted,and data query function is realized by combining Redis caching mechanism,which shortens the responsetime of server.In the aspect of interface display,for fire information display,the system adopts API provided by Baidu Map Development Platform to realize the visual interface of fire information,which greatly improves the intuition of the system.For data query interface,the system uses High Charts visualization chart plug-in to display the statistical results of data.Finally,this thesis tests the operation of each function of the system and the overall performance of the system,the test results show that the function and performance of the system can meet the requirements.The system adopts the iterative development model,and the system has been put into use during the development period,and the system is developed iteratively through customer feedback.The system parses the information reported by the fire-fighting equipment according to the standard fire fighting agreement stipulated by the state,so that the data can be processed uniformly and effectively.Through video surveillance and other means,the operator can quickly confirm the fire information,and timely inform the Fire Department of the true information,thus achieving the goal of system development.In addition,the intelligent analysis of fire information received in the system is very meaningful,but it has not been discussed in depth in this thesis.This work is also the future research direction of this thesis.