摘要
随着城市发展水平的不断提高,现代楼宇智能化程度日益提升,信息传输效率成为技术发展的瓶颈。为解决现代建筑弱电管网智能控制系统控制波特率低的问题,优化设计此系统。硬件方面对以太网、微型控制器以及显示器展开优化设计,软件方面通过自动采样弱电管网智能控制数据,基于信号与数据之间的同步转换功能处理该数据,建立Lontalk通信协议,分析控制功率相关性,实现弱电管网智能控制,从而完成系统设计。在此基础上设计实例分析,结果表明设计的控制系统控制波特率明显高于对照组,能够解决传统系统控制波特率低的问题。
With the continuous improvement of the level of urban development,the intelligence of modern buildings is increasingly strengthened,and the efficiency of information transmission has become the bottleneck of technical development.In order to solve the problem of low control baud rate of the intelligent control system of weak current pipe network of traditional modern buildings,the system is optimized and designed.In terms of hardware,the optimized design is carried out for Ethernet,micro-controller and display.In terms of software,the intelligent control data of the weak current pipe network is automatically sampled,the data is processed based on the synchronous conversion function between the signal and the data,the control Lontalk communication protocol is established,the control power correlation is analyzed,the intelligent control of the weak current pipe network is realized and the system design is completed.On the basis of the design example analysis,the results show that the designed control system control baud rate is significantly higher than the control group,can solve the traditional system control baud rate low problem.
作者
汪军
WANG Jun(Jiangsu College of Safety Technology,Xuzhou 221011,China)
出处
《通信电源技术》
2021年第2期138-139,143,共3页
Telecom Power Technology
关键词
现代建筑
弱电管网
智能控制系统
波特率
modern architecture
weak current pipe network
intelligent control system
baud rate
