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将脚本语言Lua解释器与负载模拟器的实时控制软件,以及控制系统设计仿真软件MATLAB/SIMULINK相结合,构建了功能强大,操作方便的控制系统设计与实验环境。能够在实现各种典型控制算法与负载模拟算法的基础上为各种新算法提供丰富的接口。实际使用表明,脚本语言的引入,增强了原有实验系统的功能,为负载模拟器控制系统中各种算法的实现提供了包括设计、仿真与验证的完整实验环境。
The scripting language Lua interpreter and load simulator real-time control software, as well as the control system design simulation software MATLAB / SIMULINK combined to build a powerful, easy to operate control system design and experimental environment. It can provide rich interfaces for various new algorithms on the basis of various typical control algorithms and load simulation algorithms. The actual use shows that the introduction of scripting language enhances the functions of the original experimental system and provides a complete experimental environment including design, simulation and verification for the implementation of various algorithms in the load simulator control system.