Mathematical problems of control theory : an introduction
Singapore
World Scientific
1002c
viii, 172 p
Series on stability, vibration, and control of systems; v. 4
Includes bibliographical references )p. 167 - 169( and index
Gennady A. Leonov
Machine generated contents note: Chapter 1 The Watt governor and the mathematical theory of stability of motion 1 -- 1.1 The Watt flyball governor and its modifications 1 -- 1.2 The Hermite-Mikhailov criterion 7 -- 1.3 Theorem on stability by the linear approximation 31 -- 1.4 The Watt governor transient processes 52 -- Chapter 2 Linear electric circuits.Transfer functions and -- frequency responses of linear blocks 33 -- 2.1 Description of linear blocks 33 -- 2.2 Transfer functions and frequency responses of linear blocks .04 -- Chapter 3 Controllability, observability, stabilization 35 -- 3.1 Controllability35 -- 3.2 Observability26 -- 3.3 A special form of the systems with controllable pair )A , b( 66 -- 3.4 Stabilization.The Nyquist criterion 76 -- 3.5 The time-varying stabilization.The Brockett problem 27 -- Chapter 4 Two-dimensional control systems.Phase portraits 39 -- 4.1 An autopilot and spacecraft orientation system 39 -- 4.2 A synchronous electric machine control and phase locked loops 601 -- 4.3 The mathematical theory of populations 621 -- Chapter 5 Discrete systems 331 -- 5.1 Motivation 331 -- 5.2 Linear discrete systems 041 -- 5.3 The discrete phase locked loops for array processors 841 -- Chapter 6 The Aizerman conjecture.The Popov method 551