Abstract. In this paper, we develop a variational approach to study perturbation prob-lems of ordinary differential equations (ODE’s) with discontinuous coefficients. We propose a mathematical framework which can be used to construct stable (and regular) solution processes of discontinuous ODE’s. Résumé. Dans cet article, nous développons une approche variationnelle pour l’étude de problèmes de perturbations des équations différentielles ordinaires (EDOs) a ̀ coéfficients dis-continus. Nous proposons un cadre de travail mathématique pouvant etre utilise ́ pour con-struire des processus solutions stables (et reguliers) des EDOs a ̀ coéfficients discontinus. Key words and phrases: Malliavin calculus, local time, small random perturb...
This book is intended to make recent results on the derivation of higher order numerical schemes for...
The averaging method is one of the most powerful methods used to analyse differential equations appe...
This book provides a comprehensive and unified introduction to stochastic differential equations and...
In this paper, we develop a variational approach to study perturbation problems of ordinary differen...
Let there be giwQn a sequence of differential equations (1) X = =-À„X + S^{t, X, CD^), a sequence of...
This thesis extends the basic ordinary differential equations (ODE) course, specifically considering...
In this paper we construct a new type of noise of fractional nature that has a strong regularizing e...
It is the purpose of this talk to analyze the behaviour of some classes of numerical methods acting ...
In this paper we have a first order ODE that contain a small argument in front of the derivative was...
First part of this thesis (chapters 1-5) studies the effect of small noise perturbations on delay di...
We study ordinary differential equations (ODEs) with vector fields given by general Schwartz distrib...
AbstractIn this paper we develop a new method for the construction of strong solutions of stochastic...
In this work we present examples of the effects of noise on the solution of a partial differential e...
AbstractWe prove that, under appropriate conditions, the sequence of approximate solutions construct...
LEPINGLE Dominique, VERETENNIKOV A.Yu, PARDOUX Etienne, PAGES GillesThe analysis and approximation o...
This book is intended to make recent results on the derivation of higher order numerical schemes for...
The averaging method is one of the most powerful methods used to analyse differential equations appe...
This book provides a comprehensive and unified introduction to stochastic differential equations and...
In this paper, we develop a variational approach to study perturbation problems of ordinary differen...
Let there be giwQn a sequence of differential equations (1) X = =-À„X + S^{t, X, CD^), a sequence of...
This thesis extends the basic ordinary differential equations (ODE) course, specifically considering...
In this paper we construct a new type of noise of fractional nature that has a strong regularizing e...
It is the purpose of this talk to analyze the behaviour of some classes of numerical methods acting ...
In this paper we have a first order ODE that contain a small argument in front of the derivative was...
First part of this thesis (chapters 1-5) studies the effect of small noise perturbations on delay di...
We study ordinary differential equations (ODEs) with vector fields given by general Schwartz distrib...
AbstractIn this paper we develop a new method for the construction of strong solutions of stochastic...
In this work we present examples of the effects of noise on the solution of a partial differential e...
AbstractWe prove that, under appropriate conditions, the sequence of approximate solutions construct...
LEPINGLE Dominique, VERETENNIKOV A.Yu, PARDOUX Etienne, PAGES GillesThe analysis and approximation o...
This book is intended to make recent results on the derivation of higher order numerical schemes for...
The averaging method is one of the most powerful methods used to analyse differential equations appe...
This book provides a comprehensive and unified introduction to stochastic differential equations and...