I’m trying to solve the next system \[Lambda] = 0.5; \[Sigma] = 1; Tend = 10; sys1WNt = \[Lambda] x[t] – x[t]^2 sys1WNw = \[Sigma]; proc = StratonovichProcess[\[DifferentialD]x[t] == sys1WNt \[DifferentialD]t + sys1WNw \[DifferentialD]w[t], x[t], {x, 10}, t, w \[Distributed] WienerProcess[]]; sol1WN = RandomFunction[proc, {0., Tend, 0.01}, Method -> “EulerMaruyama”] I know, that analytical solutionRead more