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BSλ_p: Functional BSP Programs on Enumerated Vectors
, 2000
"... The BS#p calculus is a calculus of functional BSP programs on enumerated parallel vectors. This confluent calculus is defined and a parallel cost model is associated with a weak callbyvalue strategy. ..."
Abstract

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The BS#p calculus is a calculus of functional BSP programs on enumerated parallel vectors. This confluent calculus is defined and a parallel cost model is associated with a weak callbyvalue strategy.
Implementation of the BSMLlib Library v0.2
, 2002
"... The BSMLlib is a library for Bulk Synchronous Parallel (BSP) programming with the functional language Objective Caml. It is based on an extension of the #calcul by parallel operations on a parallel data structure named parallel vector, which is given by intention. A first implementation of this ..."
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The BSMLlib is a library for Bulk Synchronous Parallel (BSP) programming with the functional language Objective Caml. It is based on an extension of the #calcul by parallel operations on a parallel data structure named parallel vector, which is given by intention. A first implementation of this library was based on the BSPlib library, which is not longer supported nor updated. Being the basis of a framework for Grid computing, a new implementation of the BSMLlib based on MPI has been designed. Experimental results on a cluster of PCs are presented.
Contents
, 2004
"... 1.1 The BSP Model............................................ 4 1.2 Explicit processes and the SPMD programming style....................... 5 1.3 Overview of the core BSMLlib library................................ 6 ..."
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1.1 The BSP Model............................................ 4 1.2 Explicit processes and the SPMD programming style....................... 5 1.3 Overview of the core BSMLlib library................................ 6
The Status of NonMandatory Directives
, 2003
"... 1 Introduction The primary motivation for parallel programming is efficiency at execution (in terms of execution time). The problem with parallel programming is that parallel execution 1email: ..."
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1 Introduction The primary motivation for parallel programming is efficiency at execution (in terms of execution time). The problem with parallel programming is that parallel execution 1email: