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Revision with unchanged content. Control and Health management of Human-engineered complex dynamical sys tems are often addressed as separate issues. In this book a comprehensive control and health management strategy is formulated for achieving high performance and reliability over a wide range of oper ation. Results from diverse research areas such as Probabilistic Robust Con trol (PRC), Damage Mitigating/Life Extending Control (DMC), Discrete Event Supervisory (DES) Control, Symbolic Time Series Analysis (STSA) and Health and Usage Monitoring System (HUMS) have been employed to achieve this goal. Continuous-domain control modules at the lower level are synthesized by PRC and DMC theories, whereas the upper-level supervision is based on DES control theory. The proposed decision and control architecture has been validated on two test-beds, simulating the operations of rotorcraft dynamics and aircraft propulsion. The book is addressed to professionals in engin eering field, particularly, Aerospace, Mechanical and Electrical Engineering.

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Senior Research Scientist at IntelligentAutomationInc, USA. Ph.D. and Double M.S in Electrical and Mechanical Engineering from thePennsylvania State University. B-Tech(Honors) in Mechanical Engineeringfrom the Indian Institute of Technology (IIT), Kharagpur, India. Research interests: Control theory, Signal Processing and Analysis.

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