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Disciplines and Techniques of Systems Control. John Peschon.

Disciplines and Techniques of Systems Control.

Blaisdell Publishing, NY, 1965 stated first edition, 547 pgs, Illustr, Appendix, Bibliography, Index.
Condition: Very Good red cloth hardcover in Good+ green & white dustjacket & jacket protector; ex-corporate library rubberstamp & gluestains on rear pastedown; jacket some edgewear Binding tight, pages clean.
Price: $15.00
Item no. C3212
Item Description
Contents -- The State of the Art of Automatic Control (Pun & Peschon) -- Automatic Control - the Subject Matter, Design Methodology of Automatic Control Systems, Characteristics of the Process to be Controlled - Modeling & Identification, Problem of Control, Analytic Methods in Automatic Control, Directions for Research;

Basic Mathematics of Automatic Control (Eugene W. Henry) -- Matrix Notation & Operations, Differential Equations, State-Space Representation of Systems;

Multivariable & Timeshared Systems (John Peshon) -- Single-Variable Feedback Control System, Multivariable Systems, Timesharing of Control System Components, Timesharing of Computer Components;

Optimum Stochastic Control (Leonard G. Shaw) -- Review of Mathematical Statistics, Minimum Loss Function Designs, Linear Mean Square Error Filtering, Feedback Filters, Optimum Stochastic Control;

Nonlinear Control Systems - Selected Topics (John Peschon, H.B. Smets) -- Intro & General Theorems, Phase Plane & the State Space - Topological Methods, Heuristic Methods, Optimum Relay Controls, Limit Cycles in Relay Systems, Effect of Multiple Nonlinearities on Large Systems, Extension of the Convolution Integral to Nonlinear Structures;

Liapunov's Theory of Stability of Motion (Alexander M. Letov) -- Liapunov's Direct Method for the Solution of the Problem of Stability, Methods for Constructing Liapunov Functions, Problem of Quality, Connection between Liapunov Functions & the Problem of Optimality;

Optimal Systems (Alexander A. Feldbaum) -- Types of Optimal Systems, Minimum Response Time Systems, Dynamic Programming, Maximum Principle, Optimal Systems with Accumulation of Information;

Reference Stabilization & Inertial Guidance Systems (Connie L. McClure) -- Intro & Conceptual Foundations, Foundational Mechanics & Salient Dynamical Descriptions of Inertial Guidance, more;

Computer Process Control (John Peschon, Lucas Pun, Stanford K. Mittter) -- Computer, Control, more; Systems Engineering - Its Principles, Practices, & Prospects (Roy C. Amara).