Optimal, predictive, and adaptive control

Its purpose is to provide a systematic access to the main topics of linear quadratic control, predictive control, and adaptive predictive control. DLC: Automatic control. Using a common unifying framework, this volume explores the main topics of Linear Quadratic control, predictive control, and adaptive predictive control -- in terms of theoretical foundations, analysis and design methodologies, and application-orient ed tools. Presents LQ and LQG control via two alternative approaches: the Dynamic Programming (DP) and the Polynomial Equation (PE) approach. Discusses predicable control, an important tool in industrial applications, within the framework of LQ control, and presents innovative predictive control schemes having guaranteed stability properties. Offers a unique, thorough presentation of indirect adaptive multi-step predictive controllers, with detailed proofs of globally convergent schemes for both the ideal and the bounded disturbance case. Extends the self-tuning property of one-step-ahead control to multi-step control. For engineers and mathematicians interested in the theory, analysis and design methodologies, and application-oriented tools of optimal, predictive and adaptive control. For beginning graduate courses in Adaptive Control.A unified exploration of Linear Quadratic control, predictive control, and adaptive predictive control, this volume provides balanced coverage of theoretical foundations, analysis and design methodologies, and application-oriented tools.