MG Crandall, H Ishii, PL Lions - Bulletin of the American mathematical …, 1992 - ams.org
The notion of viscosity solutions of scalar fully nonlinear partial differential equations of second order provides a framework in which startling comparison and uniqueness …
There are several interesting examples of equations governing motion of hypersurfaces bounding two phases of materials in various sciences. Such a hypersurface is called an …
M Bardi, MG Crandall, LC Evans, HM Soner… - … at the 2nd Session of the …, 1997 - Springer
In this note I discuss in some detail, but without all the occasionally cumbersome technicalities, a general theory about propagating fronts, ie" hypersurfaces" moving with …
H Ishii - Communications on pure and applied mathematics, 1989 - Wiley Online Library
We prove several comparison and existence theorems for viscosity solutions of fully nonlinear degenerate elliptic equations. One of them extends some recent uniqueness …
(1.1) F (x, u, Du) 0 in, where f is an open subset of RN (we will actually replace RN by a Banach space in Sections 2 and 3), F: R RNR is continuous, u" fR is the unknown and Du …
G Barles, HM Soner, PE Souganidis - SIAM Journal on Control and …, 1993 - SIAM
The connection between the weak theories for a class of geometric equations and the asymptotics of appropriately rescaled reaction-diffusion equations is rigorously established …
EN Barron, R Jensen - Communications in Partial Differential …, 1990 - Taylor & Francis
Motivated by various Hamilton–Jacobi–Bellman equations arising in deteministic optimal control we will modify the concept of viscosity solution introduced by Crandall and Lions for …
G Barles, B Perthame - ESAIM: Mathematical Modelling and …, 1987 - numdam.org
Discontinuous solutions of deterministic optimal stopping time problems Page 1 RAIRO MODÉLISATION MATHÉMATIQUE ET ANALYSE NUMÉRIQUE G. BARLES B. PERTHAME …
EN Barron, H Ishii - NONLINEAR ANAL. THEORY METHODS …, 1989 - academia.edu
(O-2) the problem is to characterize the value function V”:[0, T] x IR"-+ IR', where Z [t, T] is the class of measurable functions [:[t, T]+ ZC IRe. This problem arises in at least one important …