Protocol-Based Sliding Mode Control 1st Edition

Grab attention with a precise, modern reference to advanced control design: Protocol-Based Sliding Mode Control, 1st Edition by Jun Song, Zidong Wang, and Yugang Niu is a definitive resource for engineers and researchers tackling robust control in networked and cyber-physical systems.

This book delves into the latest protocol-driven approaches to sliding mode control, blending rigorous theory with practical insights. Clear explanations of protocol effects, time delays, quantization, and packet loss give readers the tools to design controllers that remain stable and robust under realistic communication constraints. Rich with mathematical analysis, illustrative examples, and design guidelines, it bridges the gap between classical sliding mode theory and modern networked-control applications.

Ideal for graduate students, control engineers, and academics across industries — from automotive and aerospace to robotics and power systems — the text equips you to handle disturbance rejection, fault tolerance, and network-induced uncertainties. Its global relevance makes it useful whether you work in research labs in North America, industry teams in Europe, or development centers across Asia.

If you need a practical yet theoretically sound reference on how communication protocols shape sliding mode controller performance, this edition delivers. Enhance your control-system toolkit and accelerate project outcomes with strategies that meet contemporary engineering demands. Order your copy of Protocol-Based Sliding Mode Control, 1st Edition today and bring protocol-aware robustness to your next control design.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.