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JOURNALS // Theory of Stochastic Processes // Archive

Theory Stoch. Process., 2011 Volume 17(33), Issue 1, Pages 39–49 (Mi thsp39)

This article is cited in 1 paper

Discrete analogue of the Krylov–Veretennikov expansion

Glinyanaya E. V.

Institute of Mathematics of the Ukrainian Academy of Sciences, Kiev, Ukraine

Abstract: We consider a difference analogue of the stochastic flow with interaction in ${\mathbb R}.$ The discrete-time flow is given by a difference equation with random perturbation which is defined by a sequence of stationary Gaussian processes. We obtain the Itô–Wiener expansion for a solution to the stochastic difference equation which can be regarded as a discrete analogue of the Krylov–Veretennikov representation for a solution to the stochastic differential equation.

Keywords: Random interaction systems, discrete-time flow, Itô–Wiener series expansion.

MSC: 60H25, 60K37, 60H40

Language: English



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