HTML version of Scripted Foils prepared January 26 97

Foil 19 Basic Structure of Complete CPS615 Base Course on Computational Science Simulation Track -- III

From Remarks on Parallel Computing and HPCC Education Ohio Supercomputer Center Workshop -- January 24 1997. by Geoffrey C. Fox *
Secs 96
1 This introduction is followed by a set of "vignettes" discussing problem classes which illustrate parallel programming and parallel algorithms
2 Ordinary Differential Equations
  • N body Problem by both O(N^2) and "fast multipole" O(N) method
3 Numerical Integration including adaptive methods
4 Floating Point Arithmetic
5 Monte Carlo Methods including Random Numbers
6 Full Matrix Algebra as in
  • Computational Electromagnetism
  • Computational Chemistry
7 Partial Differential Equations implemented as sparse matrix problems (as in Computational Fluid Dynamics)
  • Iterative Algorithms from Gauss Seidel to Conjugate Gradient
  • Finite Element Methods
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