编辑: qksr 2019-07-09

2014 [Best Paper of the Session]. 7. Toshio Endo and Guanghao Jin. Software Technologies Coping with Memory Hierarchy of GPGPU Clusters for Stencil Computations. CLUSTER2014, 8pages, Madrid, Spain, September 2014. 8. Guanghao Jin, Toshio Endo and Satoshi Matsuoka. A Parallel Optimization Method for Stencil Computation on the Domain that is Bigger than Memory Capacity of GPUs. CLUSTER2013, 8pages, Indianapolis, USA, September 2013. 9. Guanghao Jin, Toshio Endo and Satoshi Matsuoka. A Multi-level Optimization Method for Stencil Computation on the Domain that is Bigger than Memory Capacity of GPU. AsHES/IPDPS 2013, 7pages, Boston, USA, May 2013. 10. Guanghao Jin and Zheyao Mo. Multi-Objective Partitioning Method for Parallel Computation of Directed Graph. CHINESE JOURNAL OF COMPUTERS, V28, N12, pages 2046-2051, China, 2005. 11. Tianqi Xu, Guanghao Jin, Toshio Endo and Satoshi Matsuoka. Efficient Utilization of Multi-level Memory System for Stencil Computation. IPSJ SIG Technical Report, 2014-HPC-147, 7pages, Japan, December 2014. 12. Guanghao Jin, Toshio Endo and Satoshi Matsuoka. Multi-level Temporal Blocking for Stencil Computation for Memory Hierarchy on TSUBAME2.5. IPSJ SIG Technical Report, 2014-HPC-143 No.33, 8pages, Japan, March 2014. 13. Guanghao Jin, Toshio Endo and Satoshi Matsuoka. A Fast Stencil Computation Method for the Domain to Surpass Memory Capacity of GPU. 2012-ARC-194/HPC-137, 6pages, Japan, December 2012. 14. Guanghao Jin, Mohamed Wahib, Naoya Maruyama, Toshio Endo and Satoshi Matsuoka. Locality Optimizations for Stencil Computations. Workshop on Programming Abstractions for Data Locality. PADAL 2014, Lugano, April 28, 2014.

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