The performance of the system can be improved by adjusting the pid controller in simulink 设计了系统pid控制器,通过在matlab / simulink中调节,可以有效的改善系统的性能。
In this paper , the development histroy of pid controller and the ripe methords of its parameters setting are reviewed 本文回顾了pid控制器发展的历史及其参数整定方法。
This paper has been researched for the structure , adjusting rule and the illegibility control rule 本论文对参数自调整模糊pid控制器的构成,调节规律,模糊控制规则作了研究。
For contrast , the full process for the classical pid controller design and the parameter determination was given 为对比起见，还就经典pid控制器的设计和参数整定给出了完整的过程。
The main contributions of this thesis are summarized in chapter 5 , along with directions for future work 论文最后是全篇的总结，并展望了pid控制器设计和性能评价等领域所面临的挑战。
The four models of the controller are put forward after analyzing the two shortcomings of typical pid controller 本文分析了典型pid控制器存在的两个弊端，提出了磁轴承控制器的四种模型。
The paper designs fuzzy - pid control to overcome the deficiency of the traditional pid control , and gets simulation result 为克服传统pid控制器的不足,设计了模糊pid控制器,并进行了仿真。
The non - convex pid controller design method , which was proposed by astrom , is extended into multivariable system 一种是将astrom提出的基于非凸优化的pid控制器的设计应用到多变量控制系统。
Whether the pid controller can keep the control performance good is due to the tuning of the pid parameter Pid控制器参数整定优劣与否,是pid控制器能否在实用中得到好的闭环控制效果的一个前提。
