D'azzo, John J.
Linear control system analysis and design: conventional and modern/ Jonh J. D'azzo - 4 - New York : Mcgraw-Hill 1995
Writing system equations 2.Solution of differential equations 3.Laplace transform 4.System representation 5.Control-system characteristics 6.Root locus 7.Frequency response 8.Closd-loop trasking performance based on the frequency response 9.Root-locus compensation: design 10.Requency-response compensation design 11.Control-ratio modeling 12.Design: closed-loop pole-zero assignment (state-variable feedback) 13.Parameter sensitivity and state space trajectories 14.Digital control systems 15.Entire eigenstructure assignment for multivariable systems 16.Design of tracking systems using output feedback 17.Quantitative feedback theory (QFT) technique
0070163219
TEORIA DEL CONTROL
SISTEMAS DE CONTROL DIGITAL
CONTROL AUTOMATICO
629.832 / D277
Linear control system analysis and design: conventional and modern/ Jonh J. D'azzo - 4 - New York : Mcgraw-Hill 1995
Writing system equations 2.Solution of differential equations 3.Laplace transform 4.System representation 5.Control-system characteristics 6.Root locus 7.Frequency response 8.Closd-loop trasking performance based on the frequency response 9.Root-locus compensation: design 10.Requency-response compensation design 11.Control-ratio modeling 12.Design: closed-loop pole-zero assignment (state-variable feedback) 13.Parameter sensitivity and state space trajectories 14.Digital control systems 15.Entire eigenstructure assignment for multivariable systems 16.Design of tracking systems using output feedback 17.Quantitative feedback theory (QFT) technique
0070163219
TEORIA DEL CONTROL
SISTEMAS DE CONTROL DIGITAL
CONTROL AUTOMATICO
629.832 / D277
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