Pope : a \paradigm-oriented" Parallel Programming Environment for Sit Algorithms

  title={Pope : a \paradigm-oriented" Parallel Programming Environment for Sit Algorithms},
  author={A. Rabhi},
  • A. Rabhi
  • Published 1994
A more eecient control of the implicit parallelism in functional programs is possible if parallel algorithmic structures (or skeletons) are used in the design of algorithms. A structure captures the behaviour of a parallel programming paradigm and acts as a template in the design of an algorithm. This paper addresses the issue of deening a structure for static iterative transformation (SIT) algorithms which exploit coarse-grained data paral-lelism. The parameters required by the structure… CONTINUE READING
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