activity
20062015
most citedStochastic calculus of variations for general Lévy processes and its applications to jump-type SDE's with non-degenerated drift

17 citations · 42 across the 9 of their papers we have counts for

collaborators

9 papers

math.PR2015

Accuracy of discrete approximation for integral functionals of Markov processes

I. Ganychenko, V. Knopova, A. Kulik

The article is devoted to the estimation of the rate of convergence of integral functionals of a Markov process. Under the assumption that the given Markov process admits a transit…

math.PR2014★ 8 cited

Uniform LAN property of locally stable Lévy process observed at high frequency

Dmytro Ivanenko, Alexey M. Kulik, Hiroki Masuda

Suppose we have a high-frequency sample from the Lévy process of the form , where is a possibly asymmetric locally -stable Lévy process, and is a nuis…

math.ST2013★ 12 cited

Ergodicity and mixing bounds for the Fisher-Snedecor diffusion

A. M. Kulik, N. N. Leonenko

We consider the Fisher-Snedecor diffusion; that is, the Kolmogorov-Pearson diffusion with the Fisher-Snedecor invariant distribution. In the nonstationary setting, we give explicit…

math.ST2013★ 2 cited

LAN property for families of distributions of solutions to Levy driven SDE's

Dmytro Ivanenko, Alexey Kulik

The LAN property is proved in the statistical model based on discrete-time observations of a solution to a Lévy driven SDE. The proof is based on a general sufficient condition for…

math.PR2011

Asymptotic behaviour of the distribution density of the fractional Lévy motion

Victoria Knopova, Alexei Kulik

We investigate the distribution properties of the fractional Lévy motion. We consider separately the cases (short memory) and (long memory), where is the Hu…

math.PR2009

Asymptotic and spectral properties of exponentially ϕ-ergodic Markov processes

Alexey M. Kulik

New relations between ergodic rate, L_p convergence rates, and asymptotic behavior of tail probabilities for hitting times of a time homogeneous Markov process are established. For…