Continuously Equivalent State Variable Realizations
Abstract
Suppose one is given two minimal realizations of the same transfer function matrix. The question is asked: When does there exist a family of coordinate transformations defined by a set of nonsingular matrices T(λ), continuously dependent on λ, with T(0) = I and with T(1) mapping the state vector associated with one minimal realization into the state vector associated with the other? The quesion is answered, and a procedure is given for constructing the family when it exists.
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IEEE Transactions on Circuit Theory
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