International Journal of Control · 1987 · 64 citations · 9 references
EngineeringSystems EngineeringDynamical SystemsProcess ControlSystem DynamicsControl System DesignControl SystemsControl TheoryEigenvalue ProblemsFeedback ControlMultivariable ControlControllabilityEigenvalue AlgorithmsLinear Time-invariant SystemsMatrix Eigenvalue ProblemsMultivariable Feedback ControlOperatorsState Feedback Control
Abstract The problem of eigenvalue assignments for a class of linear time-varying multi-variable systems is considered. Using matrix operators and canonical transformations, it is shown that a time-varying system that is 'lexicography-fixedly controllable' can be made via state feedback to be equivalent to a time-invariant system whose eigenvalues are arbitrarily assignable. A simple algorithm for the design of the state feedback is provided.
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Linear system theory and design
Stephen M. Barnett · Automatica · 1986 · 3.7K citations
On the stabilization of controllable systems
W. Wolovich · IEEE Transactions on Automatic Control · 1968 · 108 citations
Canonical forms for multivariable systems
R. Bucy · IEEE Transactions on Automatic Control · 1968 · 43 citations