AbstractConsider the class of retarded functional differential equations x(t) = f(xt), (∗) where xt(θ) = x(t + θ), −1 ⩽ θ ⩽ 0, so xt ϵ C = C([−1, 0], Rn), and f∈=Cr(C,Rn). Let 2 ⩽ r ⩽ ∞ and give X the appropriate (Whitney) topology. Then the set of f∈ such that all fixed points and all periodic solutions of (∗) are hyperbolic is residual in
Não disponívelIn the first chapter of this work, the retarded functional differential equations x(t)...
Não disponívelThis work is devoted to the study of Dynamical Systems defined by Autonomous Retarded ...
Consider the second order RFDE (retarded functional differential equation) x’’ (t) = f(t, xt), where...
AbstractConsider the class of retarded functional differential equations x(t) = f(xt), (∗) where xt(...
AbstractWe prove that a local flow can be constructed for a general class of nonautonomous retarded ...
Consider the second order RFDE (retarded functional differential equation) x’’ (t) = f(t, xt), where...
Consider the second order RFDE (retarded functional differential equation) x’’ (t) = f(t, xt), where...
This paper is concerned with the periodic functional differential equations of retarded type (RFDEs)...
In this paper we present a spectral criterion for existence of mean-periodic solutions of retarded f...
AbstractThe paper presents a Razumikhin-type version of Ważewski's principle for RFDEs of Carathéodo...
In this paper, a hyperbolicity criterion for periodic solutions of nonlinear functional-differential...
In this paper, a hyperbolicity criterion for periodic solutions of nonlinear functional-differential...
AbstractWe prove that a local flow can be constructed for a general class of nonautonomous retarded ...
For periodic solutions to the autonomous delay differential equation x′(t) =-μx(t) + f(x(t-1)) with ...
Não disponívelIn the first chapter of this work, the retarded functional differential equations x(t)...
Não disponívelIn the first chapter of this work, the retarded functional differential equations x(t)...
Não disponívelThis work is devoted to the study of Dynamical Systems defined by Autonomous Retarded ...
Consider the second order RFDE (retarded functional differential equation) x’’ (t) = f(t, xt), where...
AbstractConsider the class of retarded functional differential equations x(t) = f(xt), (∗) where xt(...
AbstractWe prove that a local flow can be constructed for a general class of nonautonomous retarded ...
Consider the second order RFDE (retarded functional differential equation) x’’ (t) = f(t, xt), where...
Consider the second order RFDE (retarded functional differential equation) x’’ (t) = f(t, xt), where...
This paper is concerned with the periodic functional differential equations of retarded type (RFDEs)...
In this paper we present a spectral criterion for existence of mean-periodic solutions of retarded f...
AbstractThe paper presents a Razumikhin-type version of Ważewski's principle for RFDEs of Carathéodo...
In this paper, a hyperbolicity criterion for periodic solutions of nonlinear functional-differential...
In this paper, a hyperbolicity criterion for periodic solutions of nonlinear functional-differential...
AbstractWe prove that a local flow can be constructed for a general class of nonautonomous retarded ...
For periodic solutions to the autonomous delay differential equation x′(t) =-μx(t) + f(x(t-1)) with ...
Não disponívelIn the first chapter of this work, the retarded functional differential equations x(t)...
Não disponívelIn the first chapter of this work, the retarded functional differential equations x(t)...
Não disponívelThis work is devoted to the study of Dynamical Systems defined by Autonomous Retarded ...
Consider the second order RFDE (retarded functional differential equation) x’’ (t) = f(t, xt), where...