![Code Optimization In the Polyhedron Model](/assets/artwork/1x1-42817eea7ade52607a760cbee00d1495.gif)
![Code Optimization In the Polyhedron Model](/assets/artwork/1x1-42817eea7ade52607a760cbee00d1495.gif)
![](/assets/artwork/1x1-42817eea7ade52607a760cbee00d1495.gif)
![](/assets/artwork/1x1-42817eea7ade52607a760cbee00d1495.gif)
Code Optimization In the Polyhedron Model
Improving the Efficiency of Parallel Loop Nests
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- 9,99 €
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- 9,99 €
Publisher Description
A safe basis for automatic loop parallelization is the polyhedron model, which represents the iteration domain of a loop nest as a polyhedron in an n-dimensional integer lattice. However, turning the parallel loop program in the model to efficient code meets with several obstacles, due to which performance may deteriorate seriously - especially on distributed memory architectures. This thesis introduces a fine-grained model of the computation performed and shows how this model can be applied to create efficient code.