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- Time Response Analysis, Design Specifications and Performance Indices.
- Feedback Characteristics of Control Systems.
- Mathematical Models of Physical Systems.
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Care has been taken to remove examples based on outdated technologies and to update the same with more relevant cases. Explanations on PID tuning procedure and Robust Control have been improved and are accompanied by illustrations where necessary. In depth coverage has been given to classical and modern approaches on Digital Control. In this revised edition, the book includes a host of new topics such as Neural Network Control, Nonlinear Systems, and Robotics Modeling and Control.
The book discusses a wide range of topics including Mathematical Models of Physical Systems, Control Systems and Components, Concepts of Stability and Algebraic Criteria, Root Locus Technique, Frequency Response Analysis, Liapunov’s Stability Analysis, Optimal Control Systems, and Advances in Control Systems. Since the subject matter is inter-disciplinary, examples in the book are based on different branches of engineering.
The book is suitable for courses at both the undergraduate and postgraduate level of engineering. Gopal – The book provides comprehensive coverage of various issues under control systems engineering.