Advances in Discrete Time Systems aims to gather the best research in the field to provide the reader with an up-to-date, high-quality collection of insights into the principles of linear systems analysis techniques, as well as showcasing promising new directions for research and development. In the first part of the book, the principles of discrete time systems are explored through topics including asymptotic output tracking, robust stabilization for uncertain discrete-time systems, fuzzy logic-based fault diagnosis for PEM fuel cell systems, and multidimensional dynamics. In the second part, new advances are reviewed and evaluated. Topics examined include control design for uncertain discrete-time descriptor systems, control for discrete-time fuzzy systems with infinite-distributed delays, and discrete-time fractional-order systems. The contributors to Advances in Discrete Time Systems are recognized experts in their fields, ensuring this is a relevant and engaging resource for advanced researchers in electrical engineering and signal processing, while students will also benefit from the high-quality chapters grounded in meticulous research.
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