Satoshi Matsuoka

Professor, Ph.D. / High Performance Computing Systems Group
Global Scientific Information and Computing Center
& Department of Mathematical and Computing Sciences
Tokyo Institute of Technology
2-12-1 Oo-okayama, Meguro-ku
Tokyo, Japan 152-8550

Higher Level Education

Major Professional Appointments

Research Activities

My research is principally in system software for large scale supercomputers and similar infrastructures such as Clouds for HPC, and more recently, convergence of Big Data / AI with HPC, as well as investigating the Post-Moore Technologies towards 2025. Over the years I have been involved and lead a number of large collaborative projects that worked on basic elements that are now significant for the current and more importantly future exascale systems, such as fault tolerance, low power, strong scalability, programmability, as well as large-scale I/O. Some of the major projects I have lead are scalable implementations of parallel object-oriented languages on 1000CPU-scale machines in the early 90’s (Fujitsu AP1000 and ETL EM-4), GridRPC/Ninf project in collaboration with ETL/AIST (1995-2005), the “Titech Campus Grid” project (2002-2006) which deployed a 1300 CPU grid-of-clusters in production mode within the Tokyo Tech campus, the NAREGI project (2003-2007) which is a national project to develop a deployable advanced grid middleware for national supercomputing centers, and Tsubame1 (2006-2010), a production supercomputer which was the #1 machine in Asia for 1.5 years. Some of the recent projects include Ultra Low Power HPC (2007-2013) which aims to achieve 1000-fold power/performance improvement in supercomputers, Info-Plosion (2005-2011) which aims to develop basic system software technologies for large-scale data and information processing, Tsubame2.0 (2010-2014) which became the 4th fastest supercomputer in the world and the “Greenest Production Supercomputer in the World” on the Green 500 two consecutive times, heavily utilizing GPUs and other power efficient technologies. The most recent awards are 1) the Billion-way fault tolerance in supercomputers (2011-2015) which will investigate the key technologies for reliable exascale in supercomputing; 2) Ultra Green Supercomputing (2011-2015) and it successor Post-Green Project (2015-2019) where we investigate low power control and cooling technologies to achieve exascale power requirements, the most recent result being design and construction of the oil-immersed Tsubame-KFC supercomputer that became No.1 in the world on the Green 500 two consecutive editions; and 3) Extreme Big Data (2013-2018), where we aim to converge HPC/AI and Big Data technologies in order to be able to handle extreme-scale data that can be only processed with supercomputers. Finally, we are starting research on post-Moore technologies, where we claim that, transition from FLOPS centric means of compute acceleration will be replaced by data or BYTE centric computing, and as such, the convergence of HPC and Big Data/AI are more fundamental, not just because of mutual needs.

Major Academic Awards

Nov. 1999
Sakai Award, Information Processing Society of Japan
Apr. 2005
JSPS Award, Japan Society for Promotion of Science (Award presented by his highness Prince Akishino)
June 2008
ISC 2008 Award, International Supercomputing Conference
Nov. 2009
Fellow, International Supercomputing Conference
Jan. 2010
People to Watch in 2010, The HPCWire
Nov. 2011
Fellow, Association for Computing Machinery
Nov. 2011
Gordon Bell Prize, Association for Computing Machinery
Nov. 2011
ESPS Award, the Promotion Foundation for Electrical Science
Apr. 2012
Commendation from the Minister of Education, Sports, Culture, Science and Technology (MEXT), Japan (for development of Green Supercomputer TSUBAME2.0)
Mar. 2014
Okawa Publication Prize, Okawa Foundation
Nov. 2014
IEEE-CS Sidney Fernbach Memorial Award
Nov. 2015
HPCWire 2015 Readers Choice Awards Outstanding Leadership in HPC (co-award with Prof. Jack Dongarra)

Major International Academic Activities

JSSST International Symposium on Objects Technologies for Advanced Software (ISOTAS’96) -- Program Chair
European Conference on Object-Oriented Computing (ECOOP ’97) -- Program Chair
ACM Object-Oriented Programming: Languages, Systems and Applications (OOPSLA 2000) -- Doctoral Symposium Chair
International Symposium on Computing with Objects for Parallel Environments (ISCOPE ’99) -- Program Chair
The Global Grid Forum Steering Group --- Area Chair
AITO/JSSST Reflection 2001 -- General Chair
ACM Object-Oriented Programming: Languages, Systems and Applications (OOPSLA 2002) -- Program Chair
IEEE Computing Clusters and the Grid (CCGrid 2003) -- Program Chair
HPC Asia 2004 –Vice Program Chair
IEEE/ACM Supercomputing (SC 2004) Technical Track “Networking” – Paper Area Chair
IEEE Cluster Computing -- Vice Program Chair
IEEE HiPC 2005 -- Vice Program Chair
IEEE Computing Clusters and the Grid (CCGrid 2006) -- General Chair
IEEE Computing Clusters and the Grid (CCGrid 2007) -- Program Vice Chair
IEEE IPDPS- HPPAC (High-Performance Power Aware Computing) Workshop Program Co-Chair
IEEE Computing Clusters and the Grid (CCGrid 2008) -- Program Vice Chair
IEEE/ACM Supercomputing (SC 2008) Technical Program “Grids”– Paper Area Chair
ACM/IEEE Supercomputing (SC 2009): Technical Papers Chair
ACM/IEEE Supercomputing - Steering Group Member
ACM/IEEE Supercomputing (SC 2011) -- Communities Program Chair
ACM HiPC -- Program Chair
ACM SIGHPC Advisory Board Member
International Parallel Processing Conference – Vice Chair
ACM/IEEE Supercomputing (SC 2013) -- Technical Program Chair
ACM/IEEE Supercomputing (SC2014): Emerging Technologies Chair
IEEE Computing Clusters and the Grid (CCGrid 2015) -- Program Area Chair
IEEE Cluster Computing Conference (Cluster 2015) – Program Chair
ACM/IEEE Supercomputing (2015) – Technical Program, Gordon Bell Committee Liaison
International Supercomputing Conference (ISC16) – Program Chair
IEEE Cluster Computing Conference (Cluster 2015) – General Co-Chair

Countless number of program committee member roles

Supercomputer Rankings Achievements

The Top 500, Green 500, Graph 500, Green Graph 500 are published twice each year, in June/July at the ISC Conference in Europe, and at the ACM/IEEE Supercomputing Conference in the United States, the two major HPC conferences globally.

TSUBAME1(TSUBAME 1.2 upgrade Sep. 2008)

#7 in the world, Top500
2006/6,11, 2007/6
#1 in Asia, Top 500 (3 consecutive times)
2006/6,11, 2007/6,11
#1 in Japan, Top 500 (4 consecutive times)
The first GPU supercomputer on the Top500

TSUBAME 2 (TSUBAME2.5 upgrade Sep. 2013)

#4 in the world, #1 Japan, Top 500, #3 Green500 / “Greenest production supercomputer in the world”
2011/6, 11
#5 in the world, #2 Japan, Top 500
#3 in the world, Graph 500
ACM Gordon bell Award
HPCwire Annual Awards (Reader's & Editors Choice)
NVIDIA CCOE Achievement Award - Tokyo Tech

TSUBAME-KFC (TSUBAME-KFC/DL upgrade Oct. 2015)

2013/11, 2014/6
#1 in the world, Green 500
#1 in the world, Green Graph 500
#3 in the world, Green 500
#2 in the world, Green 500

Riken K-Computer

#1 in the world, Graph 500
2015/7, 11
#1 in the world, Graph 500