Journal of Applied Mathematics and Stochastic Analysis
Volume 10 (1997), Issue 1, Pages 47-55
doi:10.1155/S104895339700004X
Abstract
The random (or stochastic) approximation-solvability, based on a projection scheme, of linear random operator equations involving the theory of
the numerical range of a bounded linear random operator is considered.
The obtained results generalize results with regard to the deterministic
approximation-solvability of linear operator equations using the Galerkin
convergence method.