Abstract:
Oak Ridge National Laboratory recently received 27 32-way IBM pSeries 690 SMP nodes. In this paper, we describe our initial evaluation of the p690 architecture, focusing ...Show MoreMetadata
Abstract:
Oak Ridge National Laboratory recently received 27 32-way IBM pSeries 690 SMP nodes. In this paper, we describe our initial evaluation of the p690 architecture, focusing on the performance of benchmarks and applications that are representative of the expected production workload.
Date of Conference: 16-22 November 2002
Date Added to IEEE Xplore: 13 February 2006
Print ISBN:0-7695-1524-X
Print ISSN: 1063-9535
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Department Of Energy ,
- Oak Ridge National Laboratory ,
- Parallelization ,
- Performance Degradation ,
- Single Node ,
- Problem Size ,
- Horizontal Resolution ,
- Atmospheric Model ,
- Memory Control ,
- Communication Overhead ,
- Benchmark Results ,
- Memory Content ,
- Parallel Efficiency ,
- Job Processing ,
- Domain Decomposition ,
- Single Processor ,
- Heterogeneous Integration ,
- Number Of Processors ,
- Application Code ,
- L2 Cache ,
- Single Job ,
- Computational Grid ,
- Load Imbalance ,
- LU Factorization ,
- Memory Bandwidth ,
- Message Size ,
- Climate Models ,
- Floating-point Operations ,
- Binding Process
Contents Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Department Of Energy ,
- Oak Ridge National Laboratory ,
- Parallelization ,
- Performance Degradation ,
- Single Node ,
- Problem Size ,
- Horizontal Resolution ,
- Atmospheric Model ,
- Memory Control ,
- Communication Overhead ,
- Benchmark Results ,
- Memory Content ,
- Parallel Efficiency ,
- Job Processing ,
- Domain Decomposition ,
- Single Processor ,
- Heterogeneous Integration ,
- Number Of Processors ,
- Application Code ,
- L2 Cache ,
- Single Job ,
- Computational Grid ,
- Load Imbalance ,
- LU Factorization ,
- Memory Bandwidth ,
- Message Size ,
- Climate Models ,
- Floating-point Operations ,
- Binding Process
