On boundary conditions for stochastic evolution equations with an extremally chaotic source
Sbornik. Mathematics, Tome 186 (1995) no. 12, pp. 1693-1709
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Stochastic differential equation of the form $$ d\xi_t=A\xi_t\,dt+Bd\eta_t^0, \qquad t\in I=(t_0,t_1), $$ are considered for a generalized random field $$ \xi_t\equiv(\varphi,\xi_t), \quad \varphi\in C_0^\infty(G), $$ in the domain $G\subseteq\mathbb R^d$ with stochastic boundary conditions on the boundary corresponding to an operator $A\leqslant0$ and an extremal operator coefficient $B$ (strengthening the chaotic source $d\eta^0_t$ of ‘white noise’ type).
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