W. F. McColl. Gl: An architecture independent programming language for scalable parallel computing. Technical Report 93-072-39025 -1, NECI, June 1993. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Conservative Discrete-Event Simulations On Bulk Synchronous.. - Calinescu (1995) (6 citations) (Correct)
....parameters (e.g. inter process buffer size, parallel slackness) on the performance of the BSP approaches can be used to build simulators that dynamically adjust their parameters to produce best results. This goal may be achieved using for instance the GL programming language presented in [McColl93b ]. Other possible improvements could include the use of a dynamic DA DDR buf. real CPU null CPU local n size p msgs time msgs ssteps time dlocks ssteps 16 3 1 47K 14216098 8K 1669 12816154 2 1237 16 3 2 47K 10282922 8K 1669 8982974 75 1237 16 3 4 47K 10666240 8K 1669 9099636 181 1237 16 3 8 47K ....
McColl W.F., GL: An architecture independent programming language for scalable parallel computing. Technical Report 93-072-39025 -1, NEC Research Institute, Princeton, NJ, 1993.
Bulk Synchronous Parallel Algorithms for Optimistic Discrete.. - Calinescu (1996) (6 citations) (Correct)
.... which represents an important objective of the current research on PDES [8] Nevertheless, the effectiveness of the two BSP optimistic PDES algorithms must be assessed by testing their implementations based either on the Oxford BSP Library [43] or on a BSP programming language (e.g. GL [44], Opal [45] BSP [46] Further work must also be dedicated to the design of a BSP algorithm for LP initiated GVT computation, and to the improvement of the BSP filtered rollback protocol by using a less costly variant of the GVT computation algorithm (e.g. one with a smaller q) ....
McColl W.F., GL: An architecture independent programming language for scalable parallel computing. Technical Report 93-072-3-9025-1, NEC Research Institute, Princeton, NJ, 1993.
Scientific Computing on Bulk Synchronous Parallel Architectures - Bisseling (1994) (47 citations) Self-citation (Mccoll) (Correct)
....parameterised not only by n, the size of the problem, and p, the number of processors, but also by l and g. This can indeed be done, because the network performance of a BSP computer is captured in global terms using the values l and g. A language that supports this style of programming is GL [25]. The resulting algorithms can therefore be efficiently implemented on a range of BSP architectures with widely differing l and g values. A systematic study of direct bulk synchronous algorithms remains to be done. Some first steps in this direction are described in [14, 30] This paper ....
W. F. McColl, GL: An architecture independent programming language for scalable parallel computing. Technical Report 93-072-3-9025-1, NEC Research Institute, Princeton, NJ, 1993.
Descriptive Simplicity in Parallel Computing - Marr (1997) (Correct)
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W. F. McColl. Gl: An architecture independent programming language for scalable parallel computing. Technical Report 93-072-39025 -1, NECI, June 1993.
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