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Study of a New Method of Tracking Control with Zero Steady-State Error on Very-Low Frequency

Study of a New Method of Tracking Control with Zero Steady-State Error on Very-Low Frequency
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摘要 A servo control system is prone to low speed and unsteadiness during very-low-frequency follow-up. A design method of feedforward control based on intelligent controller is put foward. Simulation and test results show that the method has excellent control characteristics and strong robustness, which meets the servo control needs with very-low frequency. A servo control system is prone to low speed and unsteadiness during very-low-frequency follow-up. A design method of feedforward control based on intelligent controller is put foward. Simulation and test results show that the method has excellent control characteristics and strong robustness, which meets the servo control needs with very-low frequency.
作者 肖卫国
出处 《Journal of Systems Engineering and Electronics》 SCIE EI CSCD 2001年第4期66-70,共5页 系统工程与电子技术(英文版)
基金 This project was supported by the Foundation of Ministry of Machine-Building Industry.
关键词 Computer simulation Error analysis Intelligent control Robustness (control systems) Computer simulation Error analysis Intelligent control Robustness (control systems)
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参考文献4

  • 1Chen Chengfeng.Fuzzy Coordination and Control of the Servo System[].Machining Industry Automation.1996 被引量:1
  • 2Zhang zengke.Application of fuzzy mathematics in automation[]..1997 被引量:1
  • 3Tzou Ying-Yu,Wu Hsing-Jui.Multi-Microprocesoer Based Robust Control of AC[].Induction Servo Motor IEEE.1992 被引量:1
  • 4Masayoshi Tomizuka.Synchronization of Two Motion Control Axes under Adaptive Feedforward Control[].Transaction ofASME.1992 被引量:1

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