It is well known that, although cc-NUMA architectures allow construction of large scale shared memory systems, they are more difficult to program effectively because data locality is an important considera-tion. Support for specifying data distribution in OpenMP has been the subject of much debate [1], [4], and several proposed implementations. These take the form of data distribution directives, giving th
The dominant architecture for the next generation of shared-memory multiprocessors is CC-NUMA (cache...
The choice of a good data distribution scheme is critical to performance of data-parallel applicatio...
Locality of computation is key to obtaining high performance on a broad variety of parallel architec...
This paper investigates the performance implications of data placement in OpenMP programs running on...
This paper makes two important contributions. First, the pa-per investigates the performance implica...
This paper compares data distribution methodologies for scaling the performance of OpenMP on NUMA ar...
This paper makes two important contributions. First, the paper investigates the performance implicat...
This paper compares data distribution methodologies for scaling the perfor-mance of OpenMP on NUMA a...
This paper makes two important contributions. First, the paper investigates the performance implicat...
The fast emergence of OpenMP as the preferable parallel programming paradigm for small-to-medium sca...
High performance computing (HPC) architectures are specialized machines which can reach their peak p...
Abstract: High performance computing (HPC) architectures are specialized machines which can reach th...
Due to their excellent price-performance ratio, clusters built from commodity nodes have become broa...
The OpenMP programming model is based upon the assumption of uniform memory access. Virtually all cu...
Abstract. OpenMP has become the dominant standard for shared memory pro-gramming. It is traditionall...
The dominant architecture for the next generation of shared-memory multiprocessors is CC-NUMA (cache...
The choice of a good data distribution scheme is critical to performance of data-parallel applicatio...
Locality of computation is key to obtaining high performance on a broad variety of parallel architec...
This paper investigates the performance implications of data placement in OpenMP programs running on...
This paper makes two important contributions. First, the pa-per investigates the performance implica...
This paper compares data distribution methodologies for scaling the performance of OpenMP on NUMA ar...
This paper makes two important contributions. First, the paper investigates the performance implicat...
This paper compares data distribution methodologies for scaling the perfor-mance of OpenMP on NUMA a...
This paper makes two important contributions. First, the paper investigates the performance implicat...
The fast emergence of OpenMP as the preferable parallel programming paradigm for small-to-medium sca...
High performance computing (HPC) architectures are specialized machines which can reach their peak p...
Abstract: High performance computing (HPC) architectures are specialized machines which can reach th...
Due to their excellent price-performance ratio, clusters built from commodity nodes have become broa...
The OpenMP programming model is based upon the assumption of uniform memory access. Virtually all cu...
Abstract. OpenMP has become the dominant standard for shared memory pro-gramming. It is traditionall...
The dominant architecture for the next generation of shared-memory multiprocessors is CC-NUMA (cache...
The choice of a good data distribution scheme is critical to performance of data-parallel applicatio...
Locality of computation is key to obtaining high performance on a broad variety of parallel architec...