AbstractIn this paper we discuss a small nonautonomous perturbation of an autonomous system on Rn which has a homoclinic solution. Regarding the small perturbation as a parameter in an appropriate space of functions we discuss various situations of co-existence of homoclinic orbits. Those conditions of various co-existence actually define bifurcation manifolds in the space of functions for linearly independent homoclinic bifurcations
AbstractPerturbed discrete systems likexn+1=f(xn)+μg(xn,μ),xn∈RN,n∈Z, when the associated unperturbe...
In this paper we outline some methods of finding limit cycles for planar autonomous systems with sma...
AbstractBifurcations of both two-dimensional diffeomorphisms with a homoclinic tangency and three-di...
AbstractIn this paper we discuss a small nonautonomous perturbation of an autonomous system on Rn wh...
AbstractRegarding the small perturbation as a parameter in an appropriate space of functions, we can...
AbstractNonautomonous ordinary differential equations, depending on two parameters μ1 and μ2, are co...
AbstractBy using Lyapunov–Schmidt reduction and exponential dichotomies, the persistence of homoclin...
<正> In this paper we discuss the bifurcation of homoclinics of the equation. x~+g(x)+g_l(x)=-λ...
This paper deals with perturbed Hamiltonian systems. The main assumption is that the unperturbed sys...
The goal of this thesis is the study of homoclinic orbits in conservative systems (area-preserving m...
AbstractWe study bifurcations of homoclinic orbits to hyperbolic saddle equilibria in a class of fou...
An overview of homoclinic and heteroclinic bifurcation theory for autonomous vector fields is given....
A general geometric approach is given for bifurcation problems with homoclinic orbits to nonhyperbol...
The main goal of this paper is a global continuation theorem for homoclinic solutions of autonomous ...
We obtain sufficient conditions for bifurcation of homoclinic trajectories of nonautonomous Hamilton...
AbstractPerturbed discrete systems likexn+1=f(xn)+μg(xn,μ),xn∈RN,n∈Z, when the associated unperturbe...
In this paper we outline some methods of finding limit cycles for planar autonomous systems with sma...
AbstractBifurcations of both two-dimensional diffeomorphisms with a homoclinic tangency and three-di...
AbstractIn this paper we discuss a small nonautonomous perturbation of an autonomous system on Rn wh...
AbstractRegarding the small perturbation as a parameter in an appropriate space of functions, we can...
AbstractNonautomonous ordinary differential equations, depending on two parameters μ1 and μ2, are co...
AbstractBy using Lyapunov–Schmidt reduction and exponential dichotomies, the persistence of homoclin...
<正> In this paper we discuss the bifurcation of homoclinics of the equation. x~+g(x)+g_l(x)=-λ...
This paper deals with perturbed Hamiltonian systems. The main assumption is that the unperturbed sys...
The goal of this thesis is the study of homoclinic orbits in conservative systems (area-preserving m...
AbstractWe study bifurcations of homoclinic orbits to hyperbolic saddle equilibria in a class of fou...
An overview of homoclinic and heteroclinic bifurcation theory for autonomous vector fields is given....
A general geometric approach is given for bifurcation problems with homoclinic orbits to nonhyperbol...
The main goal of this paper is a global continuation theorem for homoclinic solutions of autonomous ...
We obtain sufficient conditions for bifurcation of homoclinic trajectories of nonautonomous Hamilton...
AbstractPerturbed discrete systems likexn+1=f(xn)+μg(xn,μ),xn∈RN,n∈Z, when the associated unperturbe...
In this paper we outline some methods of finding limit cycles for planar autonomous systems with sma...
AbstractBifurcations of both two-dimensional diffeomorphisms with a homoclinic tangency and three-di...