Abstract:In this paper we consider viscosity solutions of a class of non-homogeneous singular parabolic equationsand f is a given bounded function. We establish interior Hölder regularity of the gradient by studying two alternatives: The first alternative uses an iteration which is based on an approximation lemma. In the second alternative we use a small perturbation argument.
“…with −1 < γ < ∞ and 1 < p < ∞, the local higher regularity properties of solutions to (1.6) have been studied in [1,2,5], provided that f is bounded and continuous. For more results, one can refer to [23,25,28,32,33] and references therein.…”
We consider interior Hölder regularity of the spatial gradient of viscosity solutions to the normalized p(x, t)-Laplace equationwith some suitable assumptions on p(x, t), which arises naturally from a two-player zerosum stochastic differential game with probabilities depending on space and time.
“…with −1 < γ < ∞ and 1 < p < ∞, the local higher regularity properties of solutions to (1.6) have been studied in [1,2,5], provided that f is bounded and continuous. For more results, one can refer to [23,25,28,32,33] and references therein.…”
We consider interior Hölder regularity of the spatial gradient of viscosity solutions to the normalized p(x, t)-Laplace equationwith some suitable assumptions on p(x, t), which arises naturally from a two-player zerosum stochastic differential game with probabilities depending on space and time.
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