AbstractIn this paper we develop various representations for systems described by aset of high-order differential equations of the form R0w + R1w + … + Rsw(s) = 0, with R0, R1,…, Rs not necessarily square matrices. The variables w are the external variables. Particular attention is paid to the problem of obtaining minimal state-space realizations and input-output or input-state-output representations of such systems
The recently obtained approach to the construction of state maps, which is directly based on the lin...
When a state variable description of a linear system is known, then its input–output behavior can be...
We consider systems of smooth nonlinear differential and algebraic equations in which some of the va...
AbstractIn this paper we develop various representations for systems described by aset of high-order...
AbstractThe need to describe the input-output behavior of implicit differential systems arises in ma...
This paper deals with the orders of input/output equations satisfied by nonlinear systems. Such equa...
AbstractIn this paper we study the question of how to define state representations of a linear syste...
Modeling of physical systems consists of writing the equations describing a phenomenon and yields as...
AbstractWe give a survey of the results in connection with the minimal state-space realization probl...
In the first part of this paper the definition of a dynamical system as simply consisting of a famil...
We develop a new approach to the construction of state vectors for linear time-invariant systems des...
We consider the question of when delay systems, which are intrinsically infinite dimensional, can be...
AbstractWe consider systems of linear differential and algebraic equations in which some of the vari...
We develop a new approach to the construction of state vectors for linear time-invariant systems des...
Systems of linear differential and algebraic equations occur in various ways, for instance, as a res...
The recently obtained approach to the construction of state maps, which is directly based on the lin...
When a state variable description of a linear system is known, then its input–output behavior can be...
We consider systems of smooth nonlinear differential and algebraic equations in which some of the va...
AbstractIn this paper we develop various representations for systems described by aset of high-order...
AbstractThe need to describe the input-output behavior of implicit differential systems arises in ma...
This paper deals with the orders of input/output equations satisfied by nonlinear systems. Such equa...
AbstractIn this paper we study the question of how to define state representations of a linear syste...
Modeling of physical systems consists of writing the equations describing a phenomenon and yields as...
AbstractWe give a survey of the results in connection with the minimal state-space realization probl...
In the first part of this paper the definition of a dynamical system as simply consisting of a famil...
We develop a new approach to the construction of state vectors for linear time-invariant systems des...
We consider the question of when delay systems, which are intrinsically infinite dimensional, can be...
AbstractWe consider systems of linear differential and algebraic equations in which some of the vari...
We develop a new approach to the construction of state vectors for linear time-invariant systems des...
Systems of linear differential and algebraic equations occur in various ways, for instance, as a res...
The recently obtained approach to the construction of state maps, which is directly based on the lin...
When a state variable description of a linear system is known, then its input–output behavior can be...
We consider systems of smooth nonlinear differential and algebraic equations in which some of the va...