### Table 5. Poisson problem, uniformly refined sparse grids in ten dimensions, timing of the iterative solver on ASCI Blue Pacific.

"... In PAGE 10: ... Tables 3 and 4 depict times in the adaptive grid refinement case of the Poisson equation in two and three dimensions. A0A1D9 B7 DIDA A1 D6D9 BP CU (11) A convection-diffusion problem (11) on an uniform, ten-dimensional sparse grid can be found in Table5 . Adaptively refined three dimensional sparse grid solvers are shown in Table 6 and 7, where both hardware platforms can be compared.... ..."

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### Table 5. Poisson problem, uniformly refined sparse grids in ten dimensions, timing of the iterative solver on ASCI Blue Pacific.

"... In PAGE 10: ... Tables 3 and 4 depict times in the adaptive grid refinement case of the Poisson equation in two and three dimensions. u + ~v ru = f (11) A convection-diffusion problem (11) on an uniform, ten-dimensional sparse grid can be found in Table5 . Adaptively refined three dimensional sparse grid solvers are shown in Table 6 and 7, where both hardware platforms can be compared.... ..."

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### Table 9: Combined approach versus Gang Scheduled versus Load Shared

"... In PAGE 8: ... Combining approaches, correctly mapping and dy- namically managing partitions and resources, provides better performance results that any single approach. Table9 shows the superiority of such an approach on a particular workload. WN is a workload that consists of an equal percentage of the three workloads (W1, W2, W3).... ..."

### Table 1. Poisson problem, uniformly refined grids in two dimensions, timing of the multigrid solution on ASCI Blue Pacific.

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### Table 2. Poisson problem, uniformly refined grids in three dimensions, timing of the multigrid solution on ASCI Blue Pacific.

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### Table 1. Poisson problem, uniformly refined grids in two dimensions, timing of the multigrid solution on ASCI Blue Pacific.

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### Table 2. Poisson problem, uniformly refined grids in three dimensions, timing of the multigrid solution on ASCI Blue Pacific.

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### Table 1. Poisson problem, uniformly refined grids in two dimensions, timing of the multigrid solution on ASCI Blue Pacific.

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### Table 2. Poisson problem, uniformly refined grids in three dimensions, timing of the multigrid solution on ASCI Blue Pacific.

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### Table 1. Speedup achieved with gang scheduling on a busy computer Thread Count Speedup Percent E ciency

1998

"... In PAGE 5: ... Investigation of this issue has been deferred. Table1 illustrates the speedup actually achieved by a gang scheduled com- pute bound benchmark on a multiprogrammed computer. E ciency here is de- ned as the speedup divided by the benchmark apos;s thread count.... ..."

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