Remarks On Efficient Numerical Algorithms for Ultracomputers
Remarks On Efficient Numerical Algorithms for Ultracomputers
Charles S Peskin
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These methods have been developed to extend the usefulness of fast Poisson solvers for problems on general regions. For a detailed account, we refer to O'Leary and Widlund, Math. Corap. , 1979, to appear, (also available as a DOE-NYU report, COO-30 7 7-15 5 ) . Extensive theoretical and experimental evidence shows that iterative versions of this algorithm converge in a moderate number of steps which grows only in proportion to the loga- rithm of the number of degrees of freedom. In each step a ...fast Poisson solver is used once or twice on a simple region in which the region of interest is imbed- ded. In addition a few sparse matrix operations are carried -3- out. Some of these can be described as the creation of a three dimensional array which is zero except at mesh points close to the boundary. At these exceptional points, values are obtained by using a few arithmetic operations on data obtained from neighboring mesh points. These data can easily be accessed using the shuffle connection and the fundamental shuffle permutation in a way quite similar to that outlined in the previous section.
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