Question: Please help to solve this Stochastic Calculus question. Detailed steps are required. Many thanks! Exercise 6.35. (i) Derive a general formula for the solution to

Please help to solve this Stochastic Calculus question. Detailed steps are required. Many thanks!

Please help to solve this Stochastic Calculus question. Detailed steps are required.

Exercise 6.35. (i) Derive a general formula for the solution to the following linear SDE: dXt = (AXt + a(t) ) dt + o(t)dBt. Here A is a deterministic n x n matrix, the coefficients a(t), o(t) are bounded, deterministic functions taking values in Mat(n, 1) and Mat(n, d) respectively, and B is a d-dimensional Brownian motion. (ii) Use the formula obtained in Part (i) to solve the equation of stochastic har- monic oscillator: dXt = Ydt, mdYt = -kXtdt - cYtdt + odBt. where m, k, c, o are given positive constants and B is a one-dimensional Brownian motion

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