摘要
对电梯群控与监视系统实验平台进行了深入研究。应用计算机控制、现场总线、计算机通讯、监控技术、优化调度、智能控制策略等技术实现了平台建设研究。建立的实验平台包括虚拟电梯及其群控系统、实物电梯、监视系统。实验平台可为学生开设诸如4 85串行通讯、双端口RAM通讯等工业网络控制实验,还可开设远程监控系统、分布式网络控制、嵌入式系统设计及电梯群控调度等综合实验。研究表明本实验平台可极大地促进自动化专业教学和科研发展。
The research subject is the construction of Experiment Platform of Elevator Group Control and Monitoring System. There are many techniques using in the platform construction, such as computer control, field-bus, computer communication, optimal dispatching and intelligent control theory. The components of the platform include the virtual elevator and group control system, elevator model, monitoring system. Many experiments can proceed on the platform. The 485 serial communication and double port RAM communication are part of the industrial network control experiments. The synthesis experiments consist of remote monitoring system, distributed network control, design of embedded system and elevator group dispatching. It was verified that the experiment platform can promote the teaching and research in the automation area.
出处
《实验室研究与探索》
CAS
2005年第S1期291-294,共4页
Research and Exploration In Laboratory
关键词
计算机群控系统
监视系统
虚拟电梯
实物电梯
实验平台
computer group control system
monitoring system
virtual elevator
elevator model
experiment platform
