| David Lecomber. An Object-Oriented Programming Model for BSP Computations, Technical report, Oxford University, Dec. 1994, 32 pages. |
....developed at the Oxford University. It is procedural, blockstructured and strongly typed. It is developed as part of the ESPRIT project GEPPCOM (Foundations of General Purpose Parallel Computing) McCo94] BSP is a BSP extension of C developed by David Lecomber at the Oxford University [Leco94]. OPAL is an imperative language with Ada like modules developed by Simon Knee also at Oxford [Knee94] BSP L is an experimental BSP programming language being developed at Harvard [CF 95] A very interesting aspect of this work is that the language is being developed together with studies ....
David Lecomber. An Object-Oriented Programming Model for BSP Computations, Technical report, Oxford University, Dec. 1994, 32 pages.
....not support nested parallelism; in particular, there is no group concept provided in BSPlib. Clearly, this enforces a less comfortable programming style, such that BSP programming for non regular problems becomes quite hard. A library extension for C called BSPlib [22] and a programming language [26] based on C supporting BSP have been developed at Oxford. 6 Conclusion We have presented the ForkLight language. ForkLight is suitable for irregular, mainly non numerical computations. It is intended for compilation to asynchronous MIMD shared memory machines with efficient support for atomic ....
D. Lecomber. An object-oriented programming model for BSP computations. In Proc. PPECC Workshop on Parallel and Distributed Computing, March 1995.
....have been produced for the IBM SP1 SP2, the SGI Power Challenge, the Cray T3D and other machines. Some preliminary benchmarking studies have also been carried out for these systems, to estimate the values of g and l which a programmer using the native implementation should expect. BSP [6] is a BSP extension of the sequential programming language C . It supports a static MIMD style of BSP programming with processes structured into groups. Barrier synchronisation is performed across the processes in a group. The non local read and write primitives are typed and may involve complex ....
Lecomber, D. An object-oriented programming model for BSP computations. Technical report, Oxford University Computing Laboratory, Dec. 1994.
....read messages. Thus, we believe that the Green BSP Library is better suited for the irregular and dynamic applications that we have experimented with. Also at Oxford University, McColl s group is working on the development of several BSP programming languages, tools, and industrial applications [36, 40, 42, 48]. A group at Harvard University lead by Cheatham and Valiant is studying higher level programming languages and compilation techniques for the BSP model [16, 17] Bisseling at the University of Utrecht is studying the use of the BSP model in the implementation of scientific computations [9, 10] A ....
D. Lecomber, "An object-oriented programming model for BSP computations," tech. rep., Oxford University Computing Laboratory, 1994.
....developed at the Oxford University. It is procedural, block structured and strongly typed. It is developed as part of the ESPRIT project GEPPCOM (Foundations of General Purpose Parallel Computing) McC94] BSP is a BSP extension of C developed by David Lecomber at the Oxford University [Lec94]. OPAL is an imperative language with Ada like modules developed by Simon Knee also at Oxford [Kne94] BSP L is an experimental BSP programming language being developed at Harvard [CF 95] A very interesting aspect of this work is that the language is being developed together with studies of ....
David Lecomber. An Object-Oriented Programming Model for BSP Computations, Technical report, Oxford University, Dec. 1994, 32 pages.
....to prepare and read messages. On the other hand, the Green BSP library is better suited for the dynamic applications that we have experimented with. Also at Oxford University, W. McColl s group is working on the development of several BSP programming languages and industrial applications [18, 20, 26]. A group at Harvard University lead by T. Cheatham and L. Valiant is studying higher level programming languages and compilation techniques for the BSP model [9, 8] R. Bisseling at the University of Utrecht is studying the use of the BSP model in the implementation of scientific computations [5, ....
D. Lecomber. An object-oriented programming model for BSP computations. Tech. Report, Oxford University Computing Laboratory, 1994.
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