Suppose the stochastic state variables S 1 and S 2 follow the Geometric Brownian processes where Let

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Suppose the stochastic state variables S1 and S2 follow the Geometric Brownian processes where

d Si Si Mi dt + oi dzi, i = 1, 2.

Let ρ12 denote the correlation coefficient between the Brownian processes dZ1 and dZ2. Let f = S1S2, show that f also follows the Geometric Brownian process of the form

=  dt + o dZf, where  =  +  + P120102 and o = 0 +03+20120102. Similarly, let M2 S show that 8 == S df = (1 +


Note that

() 1 S2 -=-urdt + o dt  ordZ2.Treat S1/S2 as the product of S1 and 1/S2 and use the result obtained for the product of Geometric Brownian processes. 

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