In this paper we consider linear behaviors, specified as solu-tion sets of systems of constant coefficient linear differential equations of arbitrary order; such systems are parameterized in a natural way by polynomial matrices in one indetermi
We study linear Hamiltonian systems using bilinear and quadratic differential forms. Such a represen...
Abstract: We consider the infinite time linear-quadratic control problem from a behavioral point of ...
The problem discussed is that of designing a controller for a linear system that renders a quadratic...
This paper deals with systems described by constant coefficient linear partial differential equation...
In this article we present an ordinary differential equation based technique to study the quadratic ...
This paper deals with systems described by constant coefficient linear partial differential equation...
AbstractThis paper deals with systems described by constant coefficient linear partial differential ...
Abstract: In linear system theory, we often encounter the situation of investigating some qua-dratic...
We consider the following problem: given a nonlinear system (possibly with memory), parametrize a cl...
This paper considers the problem of positivity (or nonnegativity) of one-parameter families of homog...
AbstractNonnegative linear systems, which have traditionally been investigated within the state-spac...
Abstract. We study linear Hamiltonian systems using bilinear and quadratic differential forms. Such ...
AbstractThe differential equations under consideration are of the form dxdt = A(t)x, (1) where A(t) ...
Nonnegative linear systems, which have traditionally been investigated within the statespace framewo...
This paper presents a new approach to robust quadratic stabilization of nonlinear systems within the...
We study linear Hamiltonian systems using bilinear and quadratic differential forms. Such a represen...
Abstract: We consider the infinite time linear-quadratic control problem from a behavioral point of ...
The problem discussed is that of designing a controller for a linear system that renders a quadratic...
This paper deals with systems described by constant coefficient linear partial differential equation...
In this article we present an ordinary differential equation based technique to study the quadratic ...
This paper deals with systems described by constant coefficient linear partial differential equation...
AbstractThis paper deals with systems described by constant coefficient linear partial differential ...
Abstract: In linear system theory, we often encounter the situation of investigating some qua-dratic...
We consider the following problem: given a nonlinear system (possibly with memory), parametrize a cl...
This paper considers the problem of positivity (or nonnegativity) of one-parameter families of homog...
AbstractNonnegative linear systems, which have traditionally been investigated within the state-spac...
Abstract. We study linear Hamiltonian systems using bilinear and quadratic differential forms. Such ...
AbstractThe differential equations under consideration are of the form dxdt = A(t)x, (1) where A(t) ...
Nonnegative linear systems, which have traditionally been investigated within the statespace framewo...
This paper presents a new approach to robust quadratic stabilization of nonlinear systems within the...
We study linear Hamiltonian systems using bilinear and quadratic differential forms. Such a represen...
Abstract: We consider the infinite time linear-quadratic control problem from a behavioral point of ...
The problem discussed is that of designing a controller for a linear system that renders a quadratic...