Design And Implementation Of JavaEE Based Intelligent Building Control System

In Information ear, with the rapid development of science technoloyg, people’s life is changing. People benefit a lot from science technology in many ways in their lives. As a major place for people to do daily routines, the building is having a revolutionary change. When modern computer technology and modern building techniques come together, the intelligent building appears. There’s no doubt that intelligent building is becoming the prevailing trend of progress in building field. With the rapid development of computer technology, the control system of intelligent building is more and more impeccable,and building automation management is more and more popular, and life becomes more and more comfortable and convenient.On the basis the current status of intelligent building’s development at home and abroad, this paper makes a requirements analysis on the software system intelligent building uses. And then a control and management system of intelligent building is designed. According to the information such as temperature and brightness which is collected by the sensor, working with the logic and panel on the hardware, this system gains the purpose of controlling the devices in buildings.Based on the J2 EE platform, with the B/C structure, this system uses SSH as its framework and My SQL as its database. Under the analysis of system requirements and physical truth of buildings, an integrated design with one control center and five function modules is proposed in this paper. The control center does the overall controlling marshalling and information configuration towards the five function modules relay, panel, gate, sensor and clock. Based on the overall business process of this system, this paper discusses the function design of each module and explains which functions should be implemented. After talking about the integrated design, a detailed introduction about the design and implementation of gate module’s information configuration and relay module’s functions configuration such as scene and sequence configuration is given in this paper. The details about the configuration parameters of each function are set out. At last, for the purpose of improving the system in the aspects of function and performance, some tests are made to the functions which are already implemented. A brief illustration of the weakness of the system is also given in the end, which helps to provide a correct direction when improving and maintaining the system in the future.