Professor James Ron Leigh (C Eng., C Math., FIET, FIMA) studied Electrical Engineering at Sheffield College of Technology, winning the Freshgate Scholarship. He has an MSc in Maths and a PhD in Control Engineering. He worked as a Systems Engineer at United Steel Companies and as Head of Control Systems Development at British Steels Corporate Labs. As Post-Above-Reader at the University of Westminster, he set up university-wide interdisciplinary research projects and was Founder/Director of the Industrial Control Centre and the Government/Industry funded Advanced Control Club. His specialisation continues to be assisting the transfer of useful technology from academia to industry. He has served the IET in several capacities, particularly in relation to control applied to biotechnology.
Inhaltsangabe
* Chapter 1: Control concepts: a non-mathematical introduction * Chapter 2: Control design ideas: a non-mathematical treatment * Chapter 3: Synthesis of automatic feedback control loops: a more quantitative view * Chapter 4: How the Laplace transform greatly simplifies system representation and manipulation * Chapter 5: Frequency response methods * Chapter 6: Mathematical modelling * Chapter 7: Non-linear systems * Chapter 8: Limits to performance * Chapter 9: Some practical aspects of control design, implementation and justification * Chapter 10: Discrete time and digital control systems * Chapter 11: Multivariable linear systems and the state space approach * Chapter 12: Links between state space and classical viewpoints * Chapter 13: Optimisation * Chapter 14: State estimation: observers and the Kalman filter and prediction * Chapter 15: An introduction to robust control design using Hinfinity and related methods * Chapter 16: A miscellany of control techniques * Chapter 17: Review: the development of the control systems discipline and the mathematical roots of control systems theory * Chapter 18: Resources, references and further reading * Chapter 19: Appendix A: Case histories
* Chapter 1: Control concepts: a non-mathematical introduction * Chapter 2: Control design ideas: a non-mathematical treatment * Chapter 3: Synthesis of automatic feedback control loops: a more quantitative view * Chapter 4: How the Laplace transform greatly simplifies system representation and manipulation * Chapter 5: Frequency response methods * Chapter 6: Mathematical modelling * Chapter 7: Non-linear systems * Chapter 8: Limits to performance * Chapter 9: Some practical aspects of control design, implementation and justification * Chapter 10: Discrete time and digital control systems * Chapter 11: Multivariable linear systems and the state space approach * Chapter 12: Links between state space and classical viewpoints * Chapter 13: Optimisation * Chapter 14: State estimation: observers and the Kalman filter and prediction * Chapter 15: An introduction to robust control design using Hinfinity and related methods * Chapter 16: A miscellany of control techniques * Chapter 17: Review: the development of the control systems discipline and the mathematical roots of control systems theory * Chapter 18: Resources, references and further reading * Chapter 19: Appendix A: Case histories
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