Authors: Jonas Persson Lina von Persson
Publish Date: 2007/07/06
Volume: 10, Issue: 4, Pages: 173-183
Abstract
In this paper we present an adaptive technique to solve the multidimensional Black–Scholes equation The number of gridpoints required for a given tolerance of the local discretization errors is reduced substantially when compared to a standard equidistant grid Using our adaptive methods in space and time we have control of the local discretization errors and can refine the grid where needed for accuracy reasons
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