Oct 6, 2024 · Trees are useful data structures, but to design efficient parallel programs over trees is known to be more difficult than to do over lists.
The tree diffusion transformation allows one to use familiar recursive definitions to develop his parallel programs, while the tree context preservation ...
In this paper, we aim at a systematic method for parallel programming using tree skeletons, by proposing two important transformations, the tree diffusion.
This paper proposes two important transformations, the tree diffusion transformation and the tree context preservation transformation, which allow one to ...
We present a method for algebraically constructing implementations of tree skeletons, high-level homomorphic operations that execute in parallel. Many ...
Missing: Parallelization | Show results with:Parallelization
Jun 1, 2004 · Trees are useful data structures, but to design efficient parallel programs over trees is known to be more difficult than to do over lists.
In this paper, we propose a parallel tree contraction algorithm named Rake-Shunt contraction algorithm. It is generalization of the Shunt contraction algorithm.
This paper presents such a first step: a binary tree extension which includes new map and reduce pure functional algorithmic skeletons for binary trees. Such ...
A new framework for parallel programming for trees on the basis of the programming model called skeletal parallel programming is developed, in which a tree ...
Parallel programming with Coq: Map and reduce skeletons on trees ...
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This paper presents such a first step: a binary tree extension which includes new map and reduce pure functional algorithmic skeletons for binary trees. Such ...