Exercise 12.4 (FokkerPlanck Equation) For a Brownian motion, prove that the transition probability function P(x, y, t)
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Exercise 12.4 (Fokker–Planck Equation) For a Brownian motion, prove that the transition probability function P(x, y, t) as well as the density function p(x, y, t) satisfies the PDE
This PDE is called the Fokker–Planck equation or the Kolmogorov forward equation by an obvious reason; cf. (7.7).
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Stochastic Processes With Applications To Finance
ISBN: 9781439884829
2nd Edition
Authors: Masaaki Kijima
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