Spectral numerical models of fractional Brownian motion
S. M. Prigarin, P. V. Konstantinov
Abstract
S. M. Prigarin, P. V. Konstantinov
Abstract
In the paper we present several numerical algorithms to simulate the fractional Brownian motion (the generalized Wiener process). The algorithms have been developed on the basis of the integral representation of the fractional Brownian motion and the spectral decomposition for its increments. The convergence of the numerical methods has been studied.
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In the paper we present several numerical algorithms to simulate the fractional Brownian motion (the generalized Wiener process). The algorithms have been developed on the basis of the integral representation of the fractional Brownian motion and the spectral decomposition for its increments. The convergence of the numerical methods has been studied.
Key concepts: Fractional Brownian motion, Mathematics, Convergence (economics), Brownian motion, Reflected Brownian motion, Representation (politics), Brownian excursion, Fractional calculus