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List of Tables

  1. Compilers and optimization options lists used on Linux machine.
  2. Speedup of each application over naive translation and sequential Java after applying HPJOPT2.
  3. Compilers and optimization options lists used on parallel machines.
  4. Speedup of the naive translation over sequential Java and C programs for the direct matrix multiplication on SMP.
  5. Speedup of the naive translation and PRE for each number of processors over the performance with one processor for the direct matrix multiplication on SMP.
  6. Speedup of the naive translation over sequential Java and C programs for the Laplace equation using red-black relaxation without Adlib.writeHalo() on SMP.
  7. Speedup of the naive translation and HPJOPT2 for each number of processors over the performance with one processor for the Laplace equation using red-black relaxation without Adlib.writeHalo() on SMP.
  8. Speedup of the naive translation over sequential Java and C programs for the Laplace equation using red-black relaxation on SMP.
  9. Speedup of the naive translation and HPJOPT2 for each number of processors over the performance with one processor for the Laplace equation using red-black relaxation on SMP.
  10. Speedup of the naive translation for each number of processors over the performance with one processor for the Laplace equation using red-black relaxation on the distributed memory machine.
  11. Speedup of the naive translation over sequential Java and C programs for the 3D Diffusionequation on the shared memory machine.
  12. Speedup of the naive translation and HPJOPT2 for each number of processors over the performance with one processor for the 3D Diffusion equation on the shared memory machine.
  13. Speedup of the naive translation for each number of processors over the performance with one processor for the 3D diffusion equation on the distributed memory machine.
  14. Speedup of the naive translation over sequential Java and C programs for Q3 on the shared memory machine.
  15. Speedup of the naive translation and HPJOPT2 for each number of processors over the performance with one processor for Q3 on the shared memory machine.


Bryan Carpenter 2004-06-09