Abstract. We obtain estimates on the continuous dependence on the coef-ficient for second order non-linear degenerate Neumann type boundary value problems. Our results extend previous work of Cockburn et.al., Jakobsen-Karlsen, and Gripenberg to problems with more general boundary conditions and domains. A new feature here is that we account for the dependence on the boundary conditions. As one application of our continuous dependence results, we derive for the first time the rate of convergence for the vanishing viscosity method for such problems. We also derive new explicit continuous dependence on the coefficients results for problems involving Bellman-Isaacs equations and certain quasilinear equation. 1
The authors study the continuous dependence in Hyperbolic Problems with Wentzell Boundary Conditions
AbstractIn this paper we prove that the solutionuof the boundary value problem[formula]is continuous...
The aim of this paper is to extend the continuous dependence estimates proved by Jakobsen and Karlse...
AbstractWe obtain estimates on the continuous dependence on the coefficient for second-order non-lin...
International audienceWe obtain estimates on the continuous dependence on the coefficient for second...
In this article, we prove the local C0; regularity and provide C0; estimates for viscosity solutio...
AbstractIn this article, we prove the local C0,α regularity and provide C0,α estimates for viscosity...
We present a general framework for deriving continuous dependence estimates for, possibly polynomial...
We present a general framework for deriving continuous dependence estimates for, possibly polynomial...
Abstract. Using the maximum principle for semicontinuous functions [3, 4], we prove a general “conti...
Abstract: In this article, we are interested in viscosity solutions for second-order fully nonlinear...
Using a few conditions, continuous dependence, and a result regarding smoothness of initial conditio...
AbstractWe show that the bounded coefficient q(x) of the wave equation utt = Δu + qu x ϵ Ω, t ϵ (0, ...
AbstractWe present a general framework for deriving continuous dependence estimates for, possibly po...
International audienceIn this article, we prove the local $C^{0,\alpha}$ regularity and provide $C^{...
The authors study the continuous dependence in Hyperbolic Problems with Wentzell Boundary Conditions
AbstractIn this paper we prove that the solutionuof the boundary value problem[formula]is continuous...
The aim of this paper is to extend the continuous dependence estimates proved by Jakobsen and Karlse...
AbstractWe obtain estimates on the continuous dependence on the coefficient for second-order non-lin...
International audienceWe obtain estimates on the continuous dependence on the coefficient for second...
In this article, we prove the local C0; regularity and provide C0; estimates for viscosity solutio...
AbstractIn this article, we prove the local C0,α regularity and provide C0,α estimates for viscosity...
We present a general framework for deriving continuous dependence estimates for, possibly polynomial...
We present a general framework for deriving continuous dependence estimates for, possibly polynomial...
Abstract. Using the maximum principle for semicontinuous functions [3, 4], we prove a general “conti...
Abstract: In this article, we are interested in viscosity solutions for second-order fully nonlinear...
Using a few conditions, continuous dependence, and a result regarding smoothness of initial conditio...
AbstractWe show that the bounded coefficient q(x) of the wave equation utt = Δu + qu x ϵ Ω, t ϵ (0, ...
AbstractWe present a general framework for deriving continuous dependence estimates for, possibly po...
International audienceIn this article, we prove the local $C^{0,\alpha}$ regularity and provide $C^{...
The authors study the continuous dependence in Hyperbolic Problems with Wentzell Boundary Conditions
AbstractIn this paper we prove that the solutionuof the boundary value problem[formula]is continuous...
The aim of this paper is to extend the continuous dependence estimates proved by Jakobsen and Karlse...