We consider the asymptotic behaviour of the realized power variation of processes of the formÐ t 0 us dB H s, where B H is a fractional Brownian motion with Hurst parameter H 2 (0, 1), and u is a process with finite q-variation, q, 1=(1 H). We establish the stable convergence of the corresponding fluctuations. These results provide new statistical tools to study and detect the long-memory effect and the Hurst parameter
International audienceFirst we state the almost sure convergence for the $k$-power second order incr...
Let be a one-dimensional fractional Brownian motion with Hurst parameter H[set membership, variant](...
AbstractWe develop the asymptotic theory for the realised power variation of the processes X=ϕ•G, wh...
We consider the asymptotic behaviour of the realized power variation of processes of the form ¿t0usd...
In this thesis, we study various notions of variation of certain stochastic processes, namely $p$-va...
We study the regression to the origin of a walker driven by dynamically generated fractional Brownia...
Abstract. We introduce a class of Gaussian processes with stationary in-crements which exhibit long-...
In this thesis, we deal with several persistence problems for fractional processes. Persistence conc...
The first part of this thesis studies tail probabilities forelliptical distributions and probabiliti...
Abstract: We characterize the asymptotic behaviour of the weighted power variation processes associa...
We prove a law of large numbers for the power variation of an integrated fractional process in a pu...
In my talk I will discuss so-called “mixed ” models involving fractional Brownian motion and Wiener ...
We derive the exact asymptotic behavior of the ruin probability P{X(t)>x for some t>0} for the proce...
This paper provides limit distribution results for power variation, that is sums of powers of absolu...
We introduce a class of Gaussian processes with stationary increments which exhibit long-range depen...
International audienceFirst we state the almost sure convergence for the $k$-power second order incr...
Let be a one-dimensional fractional Brownian motion with Hurst parameter H[set membership, variant](...
AbstractWe develop the asymptotic theory for the realised power variation of the processes X=ϕ•G, wh...
We consider the asymptotic behaviour of the realized power variation of processes of the form ¿t0usd...
In this thesis, we study various notions of variation of certain stochastic processes, namely $p$-va...
We study the regression to the origin of a walker driven by dynamically generated fractional Brownia...
Abstract. We introduce a class of Gaussian processes with stationary in-crements which exhibit long-...
In this thesis, we deal with several persistence problems for fractional processes. Persistence conc...
The first part of this thesis studies tail probabilities forelliptical distributions and probabiliti...
Abstract: We characterize the asymptotic behaviour of the weighted power variation processes associa...
We prove a law of large numbers for the power variation of an integrated fractional process in a pu...
In my talk I will discuss so-called “mixed ” models involving fractional Brownian motion and Wiener ...
We derive the exact asymptotic behavior of the ruin probability P{X(t)>x for some t>0} for the proce...
This paper provides limit distribution results for power variation, that is sums of powers of absolu...
We introduce a class of Gaussian processes with stationary increments which exhibit long-range depen...
International audienceFirst we state the almost sure convergence for the $k$-power second order incr...
Let be a one-dimensional fractional Brownian motion with Hurst parameter H[set membership, variant](...
AbstractWe develop the asymptotic theory for the realised power variation of the processes X=ϕ•G, wh...