Eigenvalue assignment of unified systems with slow and fast modes

H. Singh; D. S. Naidu; J. N. Peterson

Eigenvalue assignment of unified systems with slow and fast modes

H. Singh, D. S. Naidu, J. N. Peterson

Electrical Engineering

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

8 Scopus citations

Abstract

A unified approach based on delta operator is presented to control the two-time scale, discrete-time or continuous-time systems. It is shown that such systems can be decomposed into a fast subsystem with large eigenvalues and a slow subsystem with small eigenvalues. Separate eigenvalues assignment is attained using independent feedback gains. Application of the technique is demonstrated via the problem of independently controlling the speed and torque of petrol engine dynamometer test rig.

Original language	English (US)
Title of host publication	IEEE Conference on Control Applications - Proceedings
Editors	Anon
Publisher	IEEE
Pages	285-290
Number of pages	6
State	Published - Dec 1 1996
Event	Proceedings of the 1996 IEEE International Conference on Control Applications - Dearborn, MI, USA Duration: Sep 15 1996 → Sep 18 1996

Other

Other	Proceedings of the 1996 IEEE International Conference on Control Applications
City	Dearborn, MI, USA
Period	9/15/96 → 9/18/96

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title = "Eigenvalue assignment of unified systems with slow and fast modes",

abstract = "A unified approach based on delta operator is presented to control the two-time scale, discrete-time or continuous-time systems. It is shown that such systems can be decomposed into a fast subsystem with large eigenvalues and a slow subsystem with small eigenvalues. Separate eigenvalues assignment is attained using independent feedback gains. Application of the technique is demonstrated via the problem of independently controlling the speed and torque of petrol engine dynamometer test rig.",

author = "H. Singh and Naidu, {D. S.} and Peterson, {J. N.}",

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AU - Peterson, J. N.

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N2 - A unified approach based on delta operator is presented to control the two-time scale, discrete-time or continuous-time systems. It is shown that such systems can be decomposed into a fast subsystem with large eigenvalues and a slow subsystem with small eigenvalues. Separate eigenvalues assignment is attained using independent feedback gains. Application of the technique is demonstrated via the problem of independently controlling the speed and torque of petrol engine dynamometer test rig.

AB - A unified approach based on delta operator is presented to control the two-time scale, discrete-time or continuous-time systems. It is shown that such systems can be decomposed into a fast subsystem with large eigenvalues and a slow subsystem with small eigenvalues. Separate eigenvalues assignment is attained using independent feedback gains. Application of the technique is demonstrated via the problem of independently controlling the speed and torque of petrol engine dynamometer test rig.

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BT - IEEE Conference on Control Applications - Proceedings

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Y2 - 15 September 1996 through 18 September 1996

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