
The best concise account of the basic mathematical aspects of control has been brought completely up to date while retaining its focus on state-space methods and its emphasis on points of mathematical interest. The authors have written a new chapter on multivariable theory and a new appendix on Kalman filtering, added a large number of new problems, and updated all the references. This book will continue as a fundamental resource for applied mathematicians studying control theory and for control engineers and electrical and mechanical engineers pursuing mathematically oriented studies. From reviews of the first edition: "Excellent....Strongly recommended."--Bulletin of the International Mathematical Association. "Could hardly be bettered."--Times Higher Education Supplement
This text investigates the fundamental mathematical principles governing control systems, specifically focusing on state-space methods. Authors R. G. Cameron and S. Barnett provide a rigorous framework for applied mathematicians and engineers to understand the dynamics of control theory. By integrating multivariable theory and filtering techniques, the authors establish a comprehensive mathematical foundation for analyzing complex system behaviors.
What You Will Find
Experts and academic reviewers consistently identify this text as a foundational resource for students and professionals in engineering and applied mathematics. Readers frequently note the technical density of the prose, which serves as a reliable reference for those pursuing mathematically oriented studies in control systems.
Page Count:
416
Publication Date:
1986-01-23
Publisher:
Oxford University Press
ISBN-10:
0198596405
ISBN-13:
9780198596400
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