Description
This book explores the principles of iterative learning control (ILC) and its applications to interval systems, focusing on enhancing robustness and ensuring monotonic convergence. The authors delve into strategies to apply ILC effectively, providing insights into its theoretical foundations and practical implications.
Engagingly written for scholars and practitioners alike, it offers valuable guidance on addressing stability and performance challenges in control systems. With its detailed analysis and illustrative examples, the text serves as a vital resource for those working in communications and control engineering.
Engagingly written for scholars and practitioners alike, it offers valuable guidance on addressing stability and performance challenges in control systems. With its detailed analysis and illustrative examples, the text serves as a vital resource for those working in communications and control engineering.
Book Details
Format
Paperback
Language
English
Publisher
Springer