Reiji Suda - researchr alias

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Viewing Publication 1 - 62 from 62

2024

Worst-case analysis of LPT scheduling on a small number of non-identical processorsTakuto Mitsunobu, Reiji Suda, Vorapong Suppakitpaisarn. ipl, 183:106424, January 2024. [doi]

2022

Throughput-Optimized Implementation of Isogeny-based Cryptography on Vectorized ARM SVE ProcessorPengchang Ren, Reiji Suda, Vorapong Suppakitpaisarn. ic-nc 2022: 165-171 [doi]

2020

2018

2017

2016

Efficient Parallel Algorithm for Optimal DAG Structure Search on Parallel Computer with Torus NetworkHirokazu Honda, Yoshinori Tamada, Reiji Suda. ica3pp 2016: 483-502 [doi]

Xevdriver: A Software System Supporting XML-based Source-to-Source Code Transformations on Fortran ProgramsReiji Suda, Hiroyuki Takizawa. ic-nc 2016: 522-528 [doi]

Xevtgen: Fortran code transformer generator for high performance scientific codesReiji Suda, Hiroyuki Takizawa, Shoichi Hirasawa. ijnc, 6(2):263-289, 2016. [doi]

2015

Performance Analysis of the Chebyshev Basis Conjugate Gradient Method on the K ComputerYosuke Kumagai, Akihiro Fujii, Teruo Tanaka, Yusuke Hirota, Takeshi Fukaya, Toshiyuki Imamura, Reiji Suda. ppam 2016: 74-85 [doi]

Xevtgen: Fortran Code Transformer Generator for High Performance Scientific CodesReiji Suda, Hiroyuki Takizawa, Shoichi Hirasawa. ic-nc 2015: 528-534 [doi]

2014

The future of accelerator programming: abstraction, performance or can we have both?Kamil Rocki, Martin Burtscher, Reiji Suda. SAC 2014: 886-895 [doi]

2013

2012

MSSM: An Efficient Scheduling Mechanism for CUDA Basing on Task PartitionCheng Luo, Reiji Suda. icpads 2012: 548-555 [doi]

Global optimization model on power efficiency of GPU and multicore processing element for SIMD computing with CUDADa Qi Ren, Reiji Suda. ife, 27(2), 2012. [doi]

Global optimization model on power efficiency of GPU and multicore processing element for SIMD computing with CUDADa Qi Ren, Reiji Suda. ife, 27(4):319-327, 2012. [doi]

An efficient GPU implementation of a multi-start TSP solver for large problem instancesKamil Rocki, Reiji Suda. gecco 2012: 1441-1442 [doi]

Brief announcement: a GPU accelerated iterated local search TSP solverKamil Rocki, Reiji Suda. spaa 2012: 188-189 [doi]

Poster: High Performance GPU Accelerated TSP SolverKamil Rocki, Reiji Suda. sc 2012: 1413-1414 [doi]

Abstract: High Performance GPU Accelerated TSP SolverKamil Rocki, Reiji Suda. sc 2012: 1411-1412 [doi]

Accelerating 2-opt and 3-opt local search using GPU in the travelling salesman problemKamil Rocki, Reiji Suda. ieeehpcs 2012: 489-495 [doi]

Accelerating 2-opt and 3-opt Local Search Using GPU in the Travelling Salesman ProblemKamil Rocki, Reiji Suda. ccgrid 2012: 705-706 [doi]

Automatic Parameter Optimization for Edit Distance Algorithm on GPUAyumu Tomiyama, Reiji Suda. vecpar 2013: 420-434 [doi]

2011

2010

Toward Automatic Performance Tuning for Numerical Simulations in the SILC Matrix Computation FrameworkTamito Kajiyama, Akira Nukada, Reiji Suda, Hidehiko Hasegawa, Akira Nishida. In Ken Naono, Keita Teranishi, John Cavazos, Reiji Suda, editors, Software Automatic Tuning, From Concepts to State-of-the-Art Results. pages 175-192, Springer, 2010. [doi]

Investigation on the power efficiency of multi-core and GPU Processing Element in large scale SIMD computation with CUDADa Qi Ren, Reiji Suda. green 2010: 309-316 [doi]

Autotuning Method for Deciding Block Size Parameters in Dynamically Load-Balanced BLASYuta Sawa, Reiji Suda. In Ken Naono, Keita Teranishi, John Cavazos, Reiji Suda, editors, Software Automatic Tuning, From Concepts to State-of-the-Art Results. pages 33-48, Springer, 2010. [doi]

A Bayesian Method of Online Automatic TuningReiji Suda. In Ken Naono, Keita Teranishi, John Cavazos, Reiji Suda, editors, Software Automatic Tuning, From Concepts to State-of-the-Art Results. pages 275-293, Springer, 2010. [doi]

Software Automatic Tuning: Concepts and State-of-the-Art ResultsReiji Suda, Ken Naono, Keita Teranishi, John Cavazos. In Ken Naono, Keita Teranishi, John Cavazos, Reiji Suda, editors, Software Automatic Tuning, From Concepts to State-of-the-Art Results. pages 3-15, Springer, 2010. [doi]

2009

Modeling and Optimizing the Power Performance of Large Matrices Multiplication on Multi-core and GPU Platform with CUDADa Qi Ren, Reiji Suda. ppam 2010: 421-428 [doi]

Modeling and Estimation for the Power Consumption of Matrix Computation on Multi-core PlatformDa Qi Ren, Reiji Suda. cso 2009: 42-46 [doi]

Power Efficient Large Matrices Multiplication by Load Scheduling on Multi-core and GPU Platform with CUDADa Qi Ren, Reiji Suda. cse 2009: 424-429 [doi]

Parallel Minimax Tree Searching on GPUKamil Rocki, Reiji Suda. ppam 2010: 449-456 [doi]

Accurate Measurements and Precise Modeling of Power Dissipation of CUDA Kernels toward Power Optimized High Performance CPU-GPU ComputingReiji Suda, Da Qi Ren. pdcat 2009: 432-438 [doi]

Aspects of GPU for general purpose high performance computingReiji Suda, Takayuki Aoki, Shoichi Hirasawa, Akira Nukada, Hiroki Honda, Satoshi Matsuoka. aspdac 2009: 216-223 [doi]

2008

An optimized Dynamic Load Balancing method for parallel 3-D mesh refinement for finite element electromagnetics with TetrahedraDa Qi Ren, Dennis Giannacopoulos, Reiji Suda. cluster 2008: 430-436 [doi]

Divisible load scheduling with improved asymptotic optimalityReiji Suda. cluster 2008: 262-267 [doi]

2007

Cloth Simulation in the SILC Matrix Computation Framework: A Case StudyTamito Kajiyama, Akira Nukada, Reiji Suda, Hidehiko Hasegawa, Akira Nishida. ppam 2008: 1086-1095 [doi]

High Performance FFT on SGI Altix 3700Akira Nukada, Daisuke Takahashi, Reiji Suda, Akira Nishida. hpcc 2007: 396-407 [doi]

2006

Distributed SILC: An Easy-to-Use Interface for MPI-Based Parallel Matrix Computation LibrariesTamito Kajiyama, Akira Nukada, Reiji Suda, Hidehiko Hasegawa, Akira Nishida. para 2007: 860-870 [doi]

2005

SILC: A Flexible and Environment-Independent Interface for Matrix Computation LibrariesTamito Kajiyama, Akira Nukada, Hidehiko Hasegawa, Reiji Suda, Akira Nishida. ppam 2006: 928-935 [doi]

Performance Evaluation of Parallel Sparse Matrix-Vector Products on SGI Altix3700Hisashi Kotakemori, Hidehiko Hasegawa, Tamito Kajiyama, Akira Nukada, Reiji Suda, Akira Nishida. iwomp 2008: 153-163 [doi]

2002

A fast spherical harmonics transform algorithmReiji Suda, Masayasu Takami. moc, 71(238):703-715, 2002.

1999

A high performance parallelization scheme for the Hessenberg double shift QR algorithmReiji Suda, Akira Nishida, Yoshio Oyanagi. pc, 25(6):729-744, 1999.

1998

The Ensparsed LU Decomposition Method for Large Scale Circuit Transient AnalysisReiji Suda, Yoshio Oyanagi. aspdac 1998: 507-512

1995

Implementation of Sparta, a Highly Parallel Circuit Simulator by the Preconditioned Jacobi Method, on a Distributed Memory MachineReiji Suda, Yoshio Oyanagi. ics 1995: 209-217 [doi]

1994

QFP wiring problem-introduction and analytical considerationsReiji Suda, Ryotaro Kamikawai, Yasuo Wada, Willy Hioe, Mutsumi Hosoya, Eiichi Goto. tcad, 13(1):48-56, 1994. [doi]

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