Bilinear control processes : with applications to engineering, ecology, and medicine / Ronald R. Mohler.
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- text
- computer
- online resource
- 9780125041409
- 0125041403
- 9780080956152
- 0080956157
- 1282288830
- 9781282288836
- Control theory
- Automatic control
- Biological control systems
- Mathematics
- Mathematics
- Théorie de la commande
- Commande automatique
- Régulation (Biologie)
- Mathématiques
- mathematics
- applied mathematics
- TECHNOLOGY & ENGINEERING -- Automation
- TECHNOLOGY & ENGINEERING -- Robotics
- Automatic control
- Biological control systems
- Control theory
- Bilinear control systems
- 629.8/312 22
- QA402.3 .M63 1973eb
- QA 402.3
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Includes bibliographical references and indexes.
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Bilinear control processes: with applications to engineering, ecology, and medicine.
Front Cover; Bilinear Control Processes: With Applications to Engineering, Ecology, and Medicine; Copyright Page; CONTENTS; Preface; Chapter I. Introduction; 1.1 System Science in Sociotechnology; 1.2 Mathematical Modeling and Bilinear Systems; 1.3 System Identification; 1.4 Volterra Series Analysis; References; Chapter lI. Controllability; 2.1 Background; 2.2 Controllable Bilinear Systems; 2.3 Sufficient Conditions for Complete Controllability; 2.4 Equilibrium Set of Bilinear Systems; 2.5 Reachable Zone for Equicontinuous Control; 2.6 Miscellaneous Controllability Properties
2.7 Stability Analysis2.8 Conclusions; References; Chapter III. Optimal Control; 3.1 Background; 3.2 Optimal Bilinear Regulation; 3.3 Bang-Bang Processes; 3.4 Fuel-Optimal Control; 3.5 Discrete Bilinear Control; 3.6 Quasi-Linear Programming; 3.7 Optimal Feedback Control; 3.8 Conclusions; Appendix A Sufficient Condition of Optimality; Appendix B Optimum Number of Switchings for STVM; Appendix C Gradient Computation; Appendix D Number of Switchings for Fuel-Optimal Policy; References; Chapter IV. Nuclear and Thermal Control Processes; 4.1 Nuclear Fission; 4.2 Heat Transfer; 4.3 Reactor Control
4.4 Reactor Shutdown4.5 Conclusions; References; Chapter V. Ecologic and Physiologic Control; 5.1 Populations of Species; 5.2 Biochemical Processes and the Cellular Plant; 5.3 Compartmental Models; 5.4 Water Balance; 5.5 Temperature Regulation; 5.6 The Respiratory Chemostat; 5.7 The Cardiovascular Regulator; 5.8 Other Bilinear Systems; 5.9 Summary; References; Chapter VI. Socioeconomic Systems; 6.1 Concepts of Socioeconomic Models; 6.2 Urban Dynamics; 6.3 Background for Case Study; 6.4 Conclusions; References; Author Index; Subject Index
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