Linear Optimal Control
by B.D.O. Anderson, J.B. Moore
Publisher: Prentice Hall 1971
Number of pages: 413
The aim of this book is to construct one of many bridges that are still required for the student and practicing control engineer between the familiar classical control results and those of modern control theory. Many modern control results do have practical engineering significance, as distinct from applied mathematical significance. Linear systems are very heavily emphasized.
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by Richard Weber - University of Cambridge
Topics: Dynamic Programming; Dynamic Programming Examples; Dynamic Programming over the Infinite Horizon; Positive Programming; Negative Programming; Bandit Processes and Gittins Index; Average-cost Programming; LQ Regulation; Controllability; etc.
by Hans Zwart, Birgit Jacob - CIMPA
Topics from the table of contents: Introduction; Homogeneous differential equation; Boundary Control Systems; Transfer Functions; Well-posedness; Stability and Stabilizability; Systems with Dissipation; Mathematical Background.
by B.D.O. Anderson, J.B. Moore - Prentice-Hall
Numerous examples highlight this treatment of the use of linear quadratic Gaussian methods for control system design. It explores linear optimal control theory from an engineering viewpoint, with illustrations of practical applications.
by Shkelzen Cakaj - InTech
Topics covered: parametric representation of shapes, modeling of dynamic continuous fluid flow process, plant layout optimal plot plan, atmospheric modeling, cellular automata simulations, thyristor switching characteristics simulation, etc.