This textbook investigates the principles and methods for designing and analyzing digital control systems. It builds upon foundational concepts of continuous-time control systems, extending them to the discrete-time domain. The book details the mathematical models, algorithms, and implementation techniques necessary for effective digital control, covering topics such as sampling, quantization, and digital controller design.

This textbook is recognized as a comprehensive resource for understanding digital control systems. Its detailed coverage of theoretical concepts and practical applications makes it suitable for advanced undergraduate and graduate students in electrical engineering and related fields. The inclusion of state-space methods and modern design techniques positions it as a valuable reference for both academic study and professional practice.