摘要
提出完整的现代城市智慧照明控制系统解决方案,从终端层、感知层、硬件层、通信层、控制层和应用层6个层次分析城市智慧照明的系统架构,在此基础上研发一套分布式远程城市智慧照明控制系统。采用B/S和C/S混合架构,游览器通过WCF通道与服务器并发通信,服务器通过GPRS网络与微型控制器建立长连接。集成智慧照明领域先进的控制策略,包括地理信息系统、灯具实时监测、终端控制、故障诊断与报警、统计和决策支持功能子模块。实际运行时能够达到高效、稳定、智慧、节能等效果。
A comprehensive smart urban lighting control system scheme was proposed,which comprised relatively independent six levels including terminal apparatus,perception,hardware control,communication,software control and application.The system was based on hybrid architecture of B/S and C/S,in which WCF channels were established between browsers and server.The server communicated with apparatus through GPRS.Smart lighting control strategies were integrated and following functions were included such as geographic information system,real time monitoring,terminals control,fault diagnosis and alarm,statistics and decision support.It is able to achieve high efficiency,robustness,intelligence and energy conservation.
出处
《计算机工程与设计》
北大核心
2018年第3期836-841,共6页
Computer Engineering and Design
基金
国家自然科学基金项目(51375290
71001060)
上海航天科技创新基金项目(SAST2015054)
中央高校基本科研业务费学科交叉-面上基金项目(1000219176)
关键词
城市照明
智慧照明
远程控制
高效节能
分布式架构
urban l ighting
smart i l luminat ion
remote co n tro l
energy- efficiency
distributed architectures
