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On classical state space realizability of bilinear inout-output differential equations

By U. Kotta, T. Mullari, P. Kotta and A.S.I. Zinober

Abstract

This paper studies the realizability property of continuous-time bilinear i/o equations in the classical state space form. Constraints on the parameters of the bilinear i/o model are suggested that lead to realizable models. The paper proves that the 2nd order bilinear i/o differential equation, unlike the discrete-time case, is always realizable in the classical state space form. The complete list of 3rd and 4th order realizable i/o bilinear models is given and two subclasses of realizable i/o bilinear systems are suggested. Our conditions rely basically upon the property that certain combinations of coefficients of the i/o equations are zero or not zero. We provide explicit state equations for all realizable 2nd and 3rd order bilinear i/o equations, and for one realizable subclass of bilinear i/o equations of arbitrary order\ud \u

Publisher: Institute of Electrical and Electronics Engineers
Year: 2006
OAI identifier: oai:eprints.whiterose.ac.uk:10699

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