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Dynamic Event-Triggered Fault Diagnosis, State Estimation, and Predictive Control for Networked Systems

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Hardback
250 Pages
11 May 2026
RRP: $441.00
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The four novel Dynamic Event-Triggered Mechanisms (DETMs) in this book are for complex networked systems that optimize resource utilization while preserving system performance. These include hybrid dynamic variables-dependent ETMs, hybrid adjusting variables-dependent ETMs, bounded dynamic variable/time-varying threshold-dependent ETMs, and terminal constraint set-dependent mixed time/event-triggered mechanisms. It explores applications across fault diagnosis in networked systems, finite-time state estimation for complex dynamical networks, and MPC implementation.

  • Presents a systematic study on dynamic event-triggered mechanisms
  • Reviews comprehensive research results on dynamic event-triggered fault diagnosis, state estimation, and MPC
  • Explores how these theories can be applied to the practical engineering problem of load frequency control in power systems
  • Discusses complex factors including cyber-attacks, multiple timescales, jumping system parameters, hard constraints, polytopic uncertainties, nonlinearities, and limited network/computing resources
  • Includes numerous simulations and examples to validate the theoretical results including single-link rigid robot model systems, motor systems, and power systems.

This book is aimed at graduate students and researchers in control systems, computer sciences, and signal processing.

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    Product Details
    ISBN-13
    9781041165378
    Author
    Xiongbo Wan
    Publisher
    CRC Press
    Published
    11 May 2026
    Format
    Hardback
    Pages
    250

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    RRP: $441.00
    $435.00
    Ships in 2-5 business days

    Delivery estimate

    Hurry up! Current stock:

    Dynamic Event-Triggered Fault Diagnosis, State Estimation, and Predictive Control for Networked Systems

    RRP: $441.00
    $435.00

    Description

    The four novel Dynamic Event-Triggered Mechanisms (DETMs) in this book are for complex networked systems that optimize resource utilization while preserving system performance. These include hybrid dynamic variables-dependent ETMs, hybrid adjusting variables-dependent ETMs, bounded dynamic variable/time-varying threshold-dependent ETMs, and terminal constraint set-dependent mixed time/event-triggered mechanisms. It explores applications across fault diagnosis in networked systems, finite-time state estimation for complex dynamical networks, and MPC implementation.

    • Presents a systematic study on dynamic event-triggered mechanisms
    • Reviews comprehensive research results on dynamic event-triggered fault diagnosis, state estimation, and MPC
    • Explores how these theories can be applied to the practical engineering problem of load frequency control in power systems
    • Discusses complex factors including cyber-attacks, multiple timescales, jumping system parameters, hard constraints, polytopic uncertainties, nonlinearities, and limited network/computing resources
    • Includes numerous simulations and examples to validate the theoretical results including single-link rigid robot model systems, motor systems, and power systems.

    This book is aimed at graduate students and researchers in control systems, computer sciences, and signal processing.

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