In one of the last Saint Flour lectures in 2004, T. Lyons remarked that a Peano theorem for rough differential equations had not yet been proved. The first successful attempt to prove this existence result was carried out by A.M. Davie. Using generalized Euler schemes, Davie showed that when working in finite dimensions, differential equations driven by geometric p-rough paths, for 1 ~ p p) of a sequence of C~+c functions which satisfy an appropriate ellipticity condition, then the rough path solution of the equation can be defined as the almost sure limit in the p-variation metric of a sequence of solutions of stochastic differential equations.EThOS - Electronic Theses Online ServiceGBUnited Kingdo
We give meaning to differential equations with a rough path term and a Brownian noise term and study...
We introduce a notion of rough paths on embedded submanifolds and demonstrate that this class of rou...
International audienceWe introduce a general framework to study PDEs driven by rough paths: we devel...
Hofmanová M. On the Rough Gronwall lemma and it's aplications. In: Eberle A, Grothaus M, Hoh W, Kass...
AbstractWe study a class of linear first and second order partial differential equations driven by w...
This paper revisits the concept of rough paths of inhomogeneous degree of smoothness (geometric \Pi-...
This paper introduces path derivatives, in the spirit of Dupire's functional Itô calculus, for ...
The purpose of this article is to solve rough differential equations with the theory of regularity ...
The main motivation behind writing this thesis was to construct numerical methods to approximate sol...
In the spirit of Marcus canonical stochastic differential equations, we study a similar notion of ro...
20 pagesWe prove existence of global solutions for differential equations driven by a geometric roug...
Hocquet A, Hofmanová M. An energy method for rough partial differential equations. JOURNAL OF DIFFER...
We extend the work of T. Lyons [T.J. Lyons, Differential equations driven by rough signals, Rev. Mat...
AbstractWe consider controlled ordinary differential equations and give new estimates for higher ord...
International audienceWe provide in this work a robust solution theory for random rough differential...
We give meaning to differential equations with a rough path term and a Brownian noise term and study...
We introduce a notion of rough paths on embedded submanifolds and demonstrate that this class of rou...
International audienceWe introduce a general framework to study PDEs driven by rough paths: we devel...
Hofmanová M. On the Rough Gronwall lemma and it's aplications. In: Eberle A, Grothaus M, Hoh W, Kass...
AbstractWe study a class of linear first and second order partial differential equations driven by w...
This paper revisits the concept of rough paths of inhomogeneous degree of smoothness (geometric \Pi-...
This paper introduces path derivatives, in the spirit of Dupire's functional Itô calculus, for ...
The purpose of this article is to solve rough differential equations with the theory of regularity ...
The main motivation behind writing this thesis was to construct numerical methods to approximate sol...
In the spirit of Marcus canonical stochastic differential equations, we study a similar notion of ro...
20 pagesWe prove existence of global solutions for differential equations driven by a geometric roug...
Hocquet A, Hofmanová M. An energy method for rough partial differential equations. JOURNAL OF DIFFER...
We extend the work of T. Lyons [T.J. Lyons, Differential equations driven by rough signals, Rev. Mat...
AbstractWe consider controlled ordinary differential equations and give new estimates for higher ord...
International audienceWe provide in this work a robust solution theory for random rough differential...
We give meaning to differential equations with a rough path term and a Brownian noise term and study...
We introduce a notion of rough paths on embedded submanifolds and demonstrate that this class of rou...
International audienceWe introduce a general framework to study PDEs driven by rough paths: we devel...