There are two kinds of solutions of the Cauchy problem of first order, the viscosity solution and the more geometric minimax solution and in general they are different. We show how they are related: iterating the minimax procedure during shorter and shorter time intervals one approaches the viscosity solution. This can be considered as an extension to the contact framework of the result of Q. Wei in the symplectic case.Non UBCUnreviewedAuthor affiliation: UNAMFacult
We study the Cauchy problem for the simplest first-order Hamilton-Jacobi equation in one space dimen...
We consider Hamilton--Jacobi equations, where the Hamiltonian depends discontinuously on both the...
A new notion of a viscosity solution for Eikonal equations in a general metric space is introduced. ...
International audienceFor non-convex Hamiltonians, the viscosity solution and the more geometric min...
International audienceViscosity solution is a notion of weak solution for a class of partial differe...
A solution of single nonlinear first order equations may develop jump discontinuities even if initia...
AbstractIn this paper several results on geometrical properties of viscosity solutions of fully nonl...
In this thesis, we study the solutions of Hamilton-Jacobi equations. We will compare the viscosity s...
In this thesis, we study the solutions of Hamilton-Jacobi equations. We will compare the viscosity s...
In this paper the author relates a geometric solution for the Cauchy problem to a convex Hamilton-Ja...
A new notion of solution (called £-solution) is introduced so that the Cauchy problem for the Hamilt...
In this article, we develop a novel notion of viscosity solutions for first order Hamilton-Jacobi eq...
We consider Hamilton--Jacobi equations, where the Hamiltonian depends discontinuously on both the sp...
The aim of this paper is twofold. We construct an extension to a non-integrable case of Hopf\u2019s ...
To appear in Pure and Applied Mathematics QuarterlyWe compare various notions of weak subsolutions t...
We study the Cauchy problem for the simplest first-order Hamilton-Jacobi equation in one space dimen...
We consider Hamilton--Jacobi equations, where the Hamiltonian depends discontinuously on both the...
A new notion of a viscosity solution for Eikonal equations in a general metric space is introduced. ...
International audienceFor non-convex Hamiltonians, the viscosity solution and the more geometric min...
International audienceViscosity solution is a notion of weak solution for a class of partial differe...
A solution of single nonlinear first order equations may develop jump discontinuities even if initia...
AbstractIn this paper several results on geometrical properties of viscosity solutions of fully nonl...
In this thesis, we study the solutions of Hamilton-Jacobi equations. We will compare the viscosity s...
In this thesis, we study the solutions of Hamilton-Jacobi equations. We will compare the viscosity s...
In this paper the author relates a geometric solution for the Cauchy problem to a convex Hamilton-Ja...
A new notion of solution (called £-solution) is introduced so that the Cauchy problem for the Hamilt...
In this article, we develop a novel notion of viscosity solutions for first order Hamilton-Jacobi eq...
We consider Hamilton--Jacobi equations, where the Hamiltonian depends discontinuously on both the sp...
The aim of this paper is twofold. We construct an extension to a non-integrable case of Hopf\u2019s ...
To appear in Pure and Applied Mathematics QuarterlyWe compare various notions of weak subsolutions t...
We study the Cauchy problem for the simplest first-order Hamilton-Jacobi equation in one space dimen...
We consider Hamilton--Jacobi equations, where the Hamiltonian depends discontinuously on both the...
A new notion of a viscosity solution for Eikonal equations in a general metric space is introduced. ...