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Mahdi Javanmard, Mohammad ; Ahmad, Zafar ; Zola, Jaroslaw ; Pouchet, Louis-Noel ; Chowdhury, Rezaul ; Harrison, Robert ( , EEE International Conference on Cluster Computing (CLUSTER))null (Ed.)
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Javanmard, Mohammad Mahdi ; Ahmad, Zafar ; Kong, Martin ; Pouchet, Louis-Noël ; Chowdhury, Rezaul ; Harrison, Robert ( , CGO 2020: Proceedings of the 18th ACM/IEEE International Symposium on Code Generation and Optimization)We present a novel framework to automatically derive highly efficient parametric multi-way recursive divide-&-conquer algorithms for a class of dynamic programming (DP) problems. Standard two-way or any fixed R-way recursive divide-&-conquer algorithms may not fully exploit many-core processors. To run efficiently on a given machine, the value of R may need to be different for every level of recursion based on the number of processors available and the sizes of memory/caches at different levels of the memory hierarchy. The set of R values that work well on a given machine may not work efficiently on another machine with a different set of machine parameters. To improve portability and efficiency, Multi-way Autogen generates parametric multi-way recursive divide-&-conquer algorithms where the value of R can be changed on the fly for every level of recursion. We present experimental results demonstrating the performance and scalability of the parallel programs produced by our framework.more » « less