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As the pointed out in Chap. 1 that the event-triggered scheme provides an effective approach to save finite communication resources. Its main idea is to design event-triggering conditions for reducing signal transmission frequency and alleviating communication burden, and some event-triggered control schemes have been proposed for IT2 T-S fuzzy systems (Pan and Yang in Neurocomputing 338:55–62, 2019 [1]). However, in practical wireless network channels, multipath transmission and shadow effects will cause signal fluctuations and potential channel fading, degrading the system performance.

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Dynamic Event-Triggered Sliding Mode Control Under Fading Channels

  • 章节

  • 发表日期：

    2025年

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  • Yekai Yang,
  • Yugang Niu,
  • Jiarui Li

摘要

As the pointed out in Chap. 1 that the event-triggered scheme provides an effective approach to save finite communication resources. Its main idea is to design event-triggering conditions for reducing signal transmission frequency and alleviating communication burden, and some event-triggered control schemes have been proposed for IT2 T-S fuzzy systems (Pan and Yang in Neurocomputing 338:55–62, 2019 [1]). However, in practical wireless network channels, multipath transmission and shadow effects will cause signal fluctuations and potential channel fading, degrading the system performance.