AbstractThe theory of rough paths allows one to define controlled differential equations driven by a path which is irregular. The most simple case is the one where the driving path has finite p-variations with 1⩽p<2, in which case the integrals are interpreted as Young integrals. The prototypal example is given by stochastic differential equations driven by fractional Brownian motion with Hurst index greater than 1/2. Using simple computations, we give the main results regarding this theory – existence, uniqueness, convergence of the Euler scheme, flow property … – which are spread out among several articles
In the first part, we prove a deterministic Doob-Meyer type result for rough paths. In the probabi...
34 p.International audienceIn this article, we illustrate the flexibility of the algebraic integrati...
International audienceMotivated by the recent advances in the theory of stochastic partial different...
International audienceThe theory of rough paths allows one to define controlled differential equatio...
AbstractThe theory of rough paths allows one to define controlled differential equations driven by a...
AbstractWe formulate indefinite integration with respect to an irregular function as an algebraic pr...
This article aims to be an introduction to the theory of rough paths, in which integrals of differen...
Hofmanová M. On the Rough Gronwall lemma and it's aplications. In: Eberle A, Grothaus M, Hoh W, Kass...
AbstractWe extend the work of T. Lyons [T.J. Lyons, Differential equations driven by rough signals, ...
31 pagesInternational audienceWe define and solve Volterra equations driven by an irregular signal, ...
http://springerlink.metapress.com/content/1572-929X/In this note, we study the non-linear evolution ...
International audienceThis article provides another point of view on the theory of rough paths, whic...
AbstractWe study a class of linear first and second order partial differential equations driven by w...
We provide an account for the existence and uniqueness of solutions to rough differential equations ...
This thesis consists of three independent chapters in the theme of rough path theory. Introduced in ...
In the first part, we prove a deterministic Doob-Meyer type result for rough paths. In the probabi...
34 p.International audienceIn this article, we illustrate the flexibility of the algebraic integrati...
International audienceMotivated by the recent advances in the theory of stochastic partial different...
International audienceThe theory of rough paths allows one to define controlled differential equatio...
AbstractThe theory of rough paths allows one to define controlled differential equations driven by a...
AbstractWe formulate indefinite integration with respect to an irregular function as an algebraic pr...
This article aims to be an introduction to the theory of rough paths, in which integrals of differen...
Hofmanová M. On the Rough Gronwall lemma and it's aplications. In: Eberle A, Grothaus M, Hoh W, Kass...
AbstractWe extend the work of T. Lyons [T.J. Lyons, Differential equations driven by rough signals, ...
31 pagesInternational audienceWe define and solve Volterra equations driven by an irregular signal, ...
http://springerlink.metapress.com/content/1572-929X/In this note, we study the non-linear evolution ...
International audienceThis article provides another point of view on the theory of rough paths, whic...
AbstractWe study a class of linear first and second order partial differential equations driven by w...
We provide an account for the existence and uniqueness of solutions to rough differential equations ...
This thesis consists of three independent chapters in the theme of rough path theory. Introduced in ...
In the first part, we prove a deterministic Doob-Meyer type result for rough paths. In the probabi...
34 p.International audienceIn this article, we illustrate the flexibility of the algebraic integrati...
International audienceMotivated by the recent advances in the theory of stochastic partial different...