Practical polynomial formulas in MIMO nonlinear realization problem

The explicit and simple polynomial formulas are given for computation of the (differentials) of state coordinates from the set of nonlinear input-output (i/o) equations under assumption that the set of i/o equations is realizable in the state-space form. The paper addresses a very wide class of nonl...

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Main Authors: Belikov, J., Kotta, P., Kotta, U., Tonso, M.
Format: Conference Proceeding
Language:English
Subjects:
Aerospace electronics
input-output model
Mathematical model
MIMO
nonlinear control system
Nonlinear control systems
polynomial method
Polynomials
pseudo-linear algebra
state-space realization
Vectors
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creator Belikov, J.
Kotta, P.
Kotta, U.
Tonso, M.
description The explicit and simple polynomial formulas are given for computation of the (differentials) of state coordinates from the set of nonlinear input-output (i/o) equations under assumption that the set of i/o equations is realizable in the state-space form. The paper addresses a very wide class of nonlinear control systems, that accommodates continuous- as well as two discrete-time cases, based either on the shift or difference operator. Two types of polynomial formulas are suggested, based either on polynomial left division or on the application of the concept of adjoint polynomials and implemented in Mathematica-based software.
doi_str_mv 10.1109/CDC.2012.6427109
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subjects Aerospace electronics
input-output model
Mathematical model
MIMO
nonlinear control system
Nonlinear control systems
polynomial method
Polynomials
pseudo-linear algebra
state-space realization
Vectors
title Practical polynomial formulas in MIMO nonlinear realization problem
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