Table of contents:
Introduction Analog Control Systems Systems control Modeling and Representation Systems Analysis Via State Variables Stability and Frequency Response Methods Introduction to Design Digital Control Systems Methods of Analysis Design Algorithms Optimal Design Methods Microcomputer-Based Control Systems Basic Hardware and Peripherals Software Support Industrial Process Control Systems Distributed Digital Control Systems Advanced Microprocessor Architecture Appendix A: Laplace Transforms and Properties Appendix B: Elements of Matrix Algebra Appendix C: A Derivation of the Riccati Equation Appendix D: Introduction to Random Variables and Gauss-Markov Processes Appendix E: Instruction Sets
An integrated treatment of the techniques of systems control analysis, components, and design with emphasis on the role of computing elements for problems and examples drawn from diverse fields, including chemical, mechanical, biological, ecological, and sociological systems. Specifically, the volum
Introduction Analog Control Systems Systems control Modeling and Representation Systems Analysis Via State Variables Stability and Frequency Response Methods Introduction to Design Digital Control Systems Methods of Analysis Design Algorithms Optimal Design Methods Microcomputer-Based Control Systems Basic Hardware and Peripherals Software Support Industrial Process Control Systems Distributed Digital Control Systems Advanced Microprocessor Architecture Appendix A: Laplace Transforms and Properties Appendix B: Elements of Matrix Algebra Appendix C: A Derivation of the Riccati Equation Appendix D: Introduction to Random Variables and Gauss-Markov Processes Appendix E: Instruction Sets
An integrated treatment of the techniques of systems control analysis, components, and design with emphasis on the role of computing elements for problems and examples drawn from diverse fields, including chemical, mechanical, biological, ecological, and sociological systems. Specifically, the volum