This paper deals with the approximation of the eigenvalues of evolution operators for linear retarded functional differential equations through the reduction to finite dimensional operators by a pseudospectral collocation. Fundamental applications such as determination of asymptotic stability of equilibria and periodic solutions of nonlinear autonomous retarded functional differential equations follow at once. Numerical tests are provided
AbstractAn operator theory, based on convolution rings and modules, is developed for various classes...
AbstractIn this paper an approximation method based upon spline functions is developed for the eigen...
We develop a nonstandard description of Retarded Functional Differential Equations which consist of...
This paper deals with the approximation of the eigenvalues of evolution operators for linear retarde...
A numerical method based on pseudospectral collocation is proposed to approximate the eigenvalues of...
The stability of an equilibrium point of a dynamical system is determinedby the position in the comp...
By taking as a \u201cprototype problem\u201d a one-delay linear autonomous system of delay different...
The stability of an equilibrium point of a dynamical system is determined by the position in the com...
The stability of an equilibrium point of a dynamical system is determined by the position in the com...
AbstractThis paper studies spectral properties of linear retarded functional differential equations ...
We consider a retarded differential equation with applications to population dynamics. We establish ...
We consider Lyapunov exponents and Sacker\u2013Sell spectrum for linear, nonautonomous retarded func...
AbstractThe paper gives general necessary and sufficient conditions for completeness of generalized ...
AbstractA discrete approximation framework for initial-value problems involving certain classes of l...
AbstractThis paper presents a one parameter family of approximation schemes for systems of linear au...
AbstractAn operator theory, based on convolution rings and modules, is developed for various classes...
AbstractIn this paper an approximation method based upon spline functions is developed for the eigen...
We develop a nonstandard description of Retarded Functional Differential Equations which consist of...
This paper deals with the approximation of the eigenvalues of evolution operators for linear retarde...
A numerical method based on pseudospectral collocation is proposed to approximate the eigenvalues of...
The stability of an equilibrium point of a dynamical system is determinedby the position in the comp...
By taking as a \u201cprototype problem\u201d a one-delay linear autonomous system of delay different...
The stability of an equilibrium point of a dynamical system is determined by the position in the com...
The stability of an equilibrium point of a dynamical system is determined by the position in the com...
AbstractThis paper studies spectral properties of linear retarded functional differential equations ...
We consider a retarded differential equation with applications to population dynamics. We establish ...
We consider Lyapunov exponents and Sacker\u2013Sell spectrum for linear, nonautonomous retarded func...
AbstractThe paper gives general necessary and sufficient conditions for completeness of generalized ...
AbstractA discrete approximation framework for initial-value problems involving certain classes of l...
AbstractThis paper presents a one parameter family of approximation schemes for systems of linear au...
AbstractAn operator theory, based on convolution rings and modules, is developed for various classes...
AbstractIn this paper an approximation method based upon spline functions is developed for the eigen...
We develop a nonstandard description of Retarded Functional Differential Equations which consist of...