Skeletal Parallel Programming with OCamlP3l 2.0

Parallel programming has proven to be an effective technique to improve the performance of computationally intensive applications. However, writing parallel programs is not easy, and activities such as debugging are usually hard and time consuming. To cope with these difficulties, skeletal parallel programming has been widely explored in recent years with very promising results. However, prototypal skeletal systems developed so far tend to be rather inflexible and difficult to adapt to many practical parallelization scenarios. For instance, many systems restrict all the sub structures inside a parallel application to be encapsulated together in term of possibly nested skeletons, which may be cumbersome when parallelizing some large and complex applications. Moreover, it is usually difficult to share resources among different skeleton instances and to reuse the same instance of a skeleton in different parts of the code. This paper reports on the current status of the OcamlP3l (2.0) sys...

• Type: Journal
• Year: 2008
• Where: PPL
• Authors: Roberto Di Cosmo, Zheng Li, Susanna Pelagatti, Pierre Weis
• Keywords: Parallel Programming, PPL 2008, Skeletal, Skeletal Parallel Programming