Design And Implementation Of Management Platform Module In Smart Patrol And Monitor System Based On BS Architecture

With the rapid development of industrialization in China,more and more patrol work appeared.Managers all hope that they can prevent trouble before it happens.And they hope to avoid and eliminate hidden dangers.Nowadays,the competition between enterprises becomes white-hotMore and more enterprises hope to reduce the cost of inspection,and to realize the inspection effectiveness,safety and efficiency at the same time.In this way,they can improve the credibility of the enterprise,and increase sales income.Smart Patrol and Monitor System developed in this paper combines the GPS, GPRS/3G transmission technology, GIS technology, database technology and so on.It is a versatile intelligent management system.And it can be successfully applied to the utilities, communications, transportation, petrochemical industry, public security comprehensive management and other industries’ inspection.Based on the demands of enterprises inspection at present,management module in Smart Patrol and Monitor System is analyzed deeply in this paper.Smart Patrol and Monitor System management platform based on BS architecture uses springMVC and IBatis architecture.This architecture can reduce the coupling code, enhance the robustness of code,and accelerate the pace of development.This system implements the following functions:user management, personnel/terminal information management, localization and tracking, route inspection, route protection propaganda, trouble management and so on. If there are new demands,we can add new functions to this system.This paper uses Ajax technique to realize the test plan management module.The practical operation shows that the design scheme presented in this paper is reasonable and practical.And the system was proved steady and reliable.In the end, Smart Patrol and Monitor System management platform based on BS architecture is presented in the form of webpage.And the user-friendly interface is easy to use. The system developed in this paper reaches the design object.