Analytic and numerical solutions of a Riccati differential equation with random coefficients

In this paper an analytic mean square solution of a Riccati equation with randomness in the coefficients and initial condition is given. This analytic solution can be expressed in an explicit form by using a general theorem for the chain rule for stochastic processes that can be written as a composition of a C1C1 function and a stochastic process belonging to the Banach space LpLp, p≥1p≥1. Moreover, the exact mean and variance functions of the Riccati equation are computed and they are compared to those obtained by Monte Carlo, Differential Transform and Generalized Chaos Polynomial methods. Advantages and disadvantages of these methods are discussed for this equation.