This thesis deals with the numerical treatment of static Hamilton-Jacobi-Equations. Based on a geometrical interpretation of the well known Godunov discretization, a spherical wave discretization is developed. It is prooved, that the discrete solutions of this new discretization converge towards the viscosity solution of the Hamilton-Jacobi-Equation. In the second part of the thesis, algorithms for solving the discrete systems are developed. It can be prooved, that the new Fast-Southwell-Algorithm solves the systems with a better complexity bound than the Fast-Marching-Algorithm.
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This thesis deals with the numerical treatment of static Hamilton-Jacobi-Equations. Based on a geometrical interpretation of the well known Godunov discretization, a spherical wave discretization is developed. It is prooved, that the discrete solutions of this new discretization converge towards the viscosity solution of the Hamilton-Jacobi-Equation. In the second part of the thesis, algorithms for solving the discrete systems are developed. It can be prooved, that the new Fast-Southwell-Algorit...
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