Establishment of remote measure and control system based on complex dynamic objects

The platform of Remote Measure and Control System is designed and constructed by LabVIEW and MATLAB, applying DataSocket and ActiveX, and takes the steam turbine speed control and single inverted pendulum systems which have complex dynamic characteristics as examples. In process of developing above real-time remote monitoring and control projects, fuzzy-immune-PID control of the turbine governing system based on compound chaos optimization strategy is considered, and T-S model double closed-loop fuzzy control is proof-tested in inverted pendulum. The results show that the novel platform not only establishes a real-time simulation environment to verify the application of scientific research, but also makes the local laboratory hardware accessible in long distances.