AbstractFor linear functional differential equations with infinite delay in a Banach space, a variation-of-constants formula is established in the phase space. As an application one applies it to study the admissibility of some spaces of functions whose spectra are contained in a closed subset of the real line
The investigation is concerned with the equations of slowchanging coefficients and variable delay in...
A variation-of-constants formula is obtained for a linear abstract evolution equation in Hilbert spa...
International audienceFor the nonlinear functional differential equation with several constant delay...
AbstractFor linear functional differential equations with infinite delay in a Banach space, a variat...
In the theory of functional differential equations with infinite delay, there are several ways to ch...
A class of partial linear functional differential equations with a non dense domain and infinite del...
Abstract. Variation formulas of solution are proved for a controlled non-linear functional-different...
In this paper, a definition of the fundamental operator for the linear autonomous functional differe...
summary:We present a variation-of-constants formula for functional differential equations of the for...
AbstractIn this paper the theory of linear delay differential equations is extended in three directi...
AbstractIn this work, we give a variation of constants formula for partial functional differential e...
The method and the formula of variation of constants for ordinary differential equations (ODEs) is a...
This paper presents a variation of constants formula for the system of functional parabolic partial...
Let $R $ be a real line and $E $ a Banach space with a norm $|\cdot| $. If $x $ : $(-\infty, a)arrow...
A linear integral equation with infinite delay is considered where the admissible function space $$...
The investigation is concerned with the equations of slowchanging coefficients and variable delay in...
A variation-of-constants formula is obtained for a linear abstract evolution equation in Hilbert spa...
International audienceFor the nonlinear functional differential equation with several constant delay...
AbstractFor linear functional differential equations with infinite delay in a Banach space, a variat...
In the theory of functional differential equations with infinite delay, there are several ways to ch...
A class of partial linear functional differential equations with a non dense domain and infinite del...
Abstract. Variation formulas of solution are proved for a controlled non-linear functional-different...
In this paper, a definition of the fundamental operator for the linear autonomous functional differe...
summary:We present a variation-of-constants formula for functional differential equations of the for...
AbstractIn this paper the theory of linear delay differential equations is extended in three directi...
AbstractIn this work, we give a variation of constants formula for partial functional differential e...
The method and the formula of variation of constants for ordinary differential equations (ODEs) is a...
This paper presents a variation of constants formula for the system of functional parabolic partial...
Let $R $ be a real line and $E $ a Banach space with a norm $|\cdot| $. If $x $ : $(-\infty, a)arrow...
A linear integral equation with infinite delay is considered where the admissible function space $$...
The investigation is concerned with the equations of slowchanging coefficients and variable delay in...
A variation-of-constants formula is obtained for a linear abstract evolution equation in Hilbert spa...
International audienceFor the nonlinear functional differential equation with several constant delay...
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