AbstractWe give a survey of the results in connection with the minimal state-space realization problem for linear time-invariant systems. We start with a brief historical overview and a short introduction to linear system theory. Next we present some of the basic algorithms for the reduction of nonminimal state-space realizations and for the minimal state-space realization of infinite or finite sequences of Markov parameters of linear time-invariant systems. Finally, we discuss some extensions of this problem to other classes of systems and point out some related problems
AbstractIn this paper we present a theory which characterizes LTI state-space realizations of pertur...
The paper develops realization theory for linear hybrid systems, i.e., hybrid systems in continuous-...
In this paper we present a linear algorithm that estimates some physical parameters of a continuous-...
AbstractWe give a survey of the results in connection with the minimal state-space realization probl...
AbstractThe problem of minimal inverses for linear time invariant multivariable systems is formulate...
International audienceThe nonlinear realization theory is recasted for time-varying single-input sin...
When a state variable description of a linear system is known, then its input–output behavior can be...
This survey aims to present a comprehensive and systematic synthesis of concepts and results on the ...
In this note we present an easily verified condition for determining a minimal state space realisati...
Given a discrete-time linear system C, a shortest basis for C is a set of linearly independent gener...
International audienceThe state realization is called minimal if it is either accessible ...
The dynamical structure function of a linear time invariant (LTI) system reveals causal dependencies...
From the state-space approach to linear systems, promoted by Kalman, we learned that minimality is e...
Given the matrix of impulse response sequences of a finite-dimensional discrete-time, linear, consta...
In some applications, one is interested in having a state–space realization with nonnegative matrice...
AbstractIn this paper we present a theory which characterizes LTI state-space realizations of pertur...
The paper develops realization theory for linear hybrid systems, i.e., hybrid systems in continuous-...
In this paper we present a linear algorithm that estimates some physical parameters of a continuous-...
AbstractWe give a survey of the results in connection with the minimal state-space realization probl...
AbstractThe problem of minimal inverses for linear time invariant multivariable systems is formulate...
International audienceThe nonlinear realization theory is recasted for time-varying single-input sin...
When a state variable description of a linear system is known, then its input–output behavior can be...
This survey aims to present a comprehensive and systematic synthesis of concepts and results on the ...
In this note we present an easily verified condition for determining a minimal state space realisati...
Given a discrete-time linear system C, a shortest basis for C is a set of linearly independent gener...
International audienceThe state realization is called minimal if it is either accessible ...
The dynamical structure function of a linear time invariant (LTI) system reveals causal dependencies...
From the state-space approach to linear systems, promoted by Kalman, we learned that minimality is e...
Given the matrix of impulse response sequences of a finite-dimensional discrete-time, linear, consta...
In some applications, one is interested in having a state–space realization with nonnegative matrice...
AbstractIn this paper we present a theory which characterizes LTI state-space realizations of pertur...
The paper develops realization theory for linear hybrid systems, i.e., hybrid systems in continuous-...
In this paper we present a linear algorithm that estimates some physical parameters of a continuous-...