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On Simulating Fractional Brownian Motion

2000
We discuss how a computer simulation affects the properties of random trajectories, like stationarity or self-similarity, focusing on the Weierstrass-Mandelbrot approximation of the fractional Brownian motion.
Fred J. Molz, Jerzy Szulga
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On the Maximum of a Fractional Brownian Motion

Theory of Probability & Its Applications, 2000
Let $b_{\gamma}(t)$, $b_{\gamma}(0)=0$ be a fractional Brownian motion, i.e., a Gaussian process with the structural function {\bf E}$|b_{\gamma}(t)-b_{\gamma}(s)|^2=|t-s|^\gamma$, $0 < \gamma < 2$. The logarithmic asymptotics as $T\to\infty$ is found for the probabilities $P_T={\bf P}\{b_{\gamma}(t) < 1,\ -\rho T0$ this asymptotics is independent of~$\
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Fractional Brownian Motion

Elements of Stochastic Methods, 2021
Gardiner Crispin
semanticscholar   +1 more source

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