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1. Mission and Basic Principles of the Earth SimulatorTo build a harmonious relationship between the Earth and human beings, the Earth Simulator Center will endeavor to
achieve the maximum benefit of the Earth Simulator's capabilities, and will pursue challenges in various areas of research and
development as follows:
Quantitative prediction and assessment of variations of the atmosphere, ocean and solid earth.
Production of reliable data to protect human lives and properties from natural disasters and environmental destruction.
Contribution to symbiotic relationship of human activities with nature.
Promotion of innovative and epoch-making simulation in any fields such as industry, bioscience, energy and so on.
Moreover, the four principles written below must be followed to achieve these objectives as specified in the “Basic
Guidelines for the Earth Simulator Center” by the Earth Simulator Advisory Committee.
Shall provide an open usage environment.
Shall disclose research results promptly.
Shall evaluate results and system operations.
Shall be used for peaceful purposes.
According to these principles, public project recruitment was held in June and December 2002 and 40 research projects
were selected for the Earth Simulator Research Projects in FY2002 (cf. 4. Selected Projects).
This Annual Report is a collection of the result using the Earth Simulator in these Research Projects.
Outline of the Earth Simulator Project
2. Managing System for the Earth Simulator ProjectThere are four important committees which work for the Earth Simulator management.
Earth Simulator
Advisory Committee
President
of JAMSTEC
Earth Simulator
Review Committee
Earth Simulator Center
Director-GeneralMission DefinitionCommittee
Selection Committee
Advisory Committee:
Decides and judges the basic guide-
line like the charter and other impor-
tant issues on the Earth Simulator.
Mission Definition Committee:
Draws up the strategy, annual pro-
gram, general framework of resource
allocation, guidelines of project selec-
tion rules, and internal review of the
Earth Simulator.
Selection Committee:
Decides the resource allocation for
each selected project, and judges and
adopts the research projects for the
Earth Simulator.
Review Committee:
Reviews progress of research projects.
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3. Earth Simulator Research Project3.1. Research Fields of the Research ProjectsThere are four research fields of the Earth Simulator Research Projects as follows:
Atmospheric and Oceanic Simulation
Solid Earth Simulation
Computer Science
Epoch-making Simulation
3.2. Resource AllocationBy the Mission Definition Committee, the resource's allocation of the Earth Simulator Research Projects in FY2002 was
decided in May 2002.
Ocean and Atmosphere
30-35%
Director General's Discretion
20-30%
Solid Earth
15-20%
Epoch-making Simulation
15%10%
Computer
Science
Title AffiliationName
Development of a nonhydrostatic icosahedral high-resolution
atmospheric general circulation model
Atmospheric Composition Change and Its Climate Impact
Studied by global and Regional Chemical Transport Models
Investigation of Asian Summer Monsoon System using
a Cloud Resolving Regional Climate Model
Refinement of Numerical Model and Technology of
Global and Regional Water Cycle
Eddy-resolving simulation of world ocean circulation using
the PFES Toward the sophisticated J-COPE project
Research on development of global climate model with remarkably
high resolution and climate model with cloud resolution
Research on the Global Warming Prediction by using a higher
resolution of atmosphere-ocean coupled model
Masaki Sato
Hajime Akimoto
Takao Yoshikane
Hiromasa Ueda
Takashi Kagimoto
Takayo Matsuo
Akimasa Sumi
FRSGC
FRSGC
FRSGC
Disaster Prevention Research
Institute, Kyoto University
FRSGC
Japanese Meteorological
Research Institute
Center for Climate System
Research, University of Tokyo
4. Selected Projects in FY20024.1. Atmospheric and Oceanic Simulation (17 projects)
4
4.2. Solid Earth Simulation (8 projects)
Development of Highly Parallel Ocean General Circulation Model
using Cubic Grid System
Development of Integrated Earth System Model for Global Change
Prediction
Eddy-resolving simulation of the World Ocean Circulation by using
MOM3-based OGCM code optimized for the Earth Simulator
Development of high-resolution atmosphere-ocean coupled model
and global warming projections
Super-high-resolution climate simulations with an atmospheric
general circulation model
Research Development of 4-dimensional data assimilation system
using a coupled climate model and construction of reanalysis
datasets for initialization
Development of coupled ocean-atmosphere-Sea Ice model with
optimized computational performance on the Earth Simulator.
Parameterization of turbulent diffusivity in the deep ocean
IARC-FRSGC Ice-Ocean and Bio-Geochemical Modeling
Process Studies and Seasonal Prediction Experiment Using
Coupled General Circulation Model
Yukio Tanaka
Taro Matsuno
Hideharu Sasaki
Kouki Maruyama
Wataru Ofuchi
Toshiyuki Awaji
Keiko Takahashi
Toshiyuki Hibiya
Jia Wang
Toshio Yamagata
FRSGC
FRSGC
Earth Simulator Center
Central Research Institute of
Electric Power Industry
Earth Simulator Center
FRSGC
Earth Simulator Center
Graduate School of Science,
University of Tokyo
IARC-FRSGC
FRSGC
Title AffiliationName
Simulation study on the generation and the distortion process of
the Earth's magnetic field in earth-like conditions
Development of Solid Earth Simulation Platform
Predictive Simulation for Crustal Activity in and around Japan
Numerical simulation of seismic wave propagation and strong
ground motions in 3-D heterogeneous media
Global elastic response simulation
Fluid-dynamical Modeling of Mantle Dynamics
Numerical simulation of the mantle convection and physical
properties of the Earth's interior
Simulation of Earthquake Generation Process in a Complex
System of Faults
Yozo Hamano
Hiroshi Okuda
Mitsuhiro Matsuura
Takashi Furumura
Seiji Tsuboi
Yoshio Fukao
Tomoyuki Nakakuki
Kazuro Hirahara
IFREE
Graduate School of Engineering,
University of Tokyo
Graduate School of Science,
University of Tokyo
Earthquake Research Institute,
University of Tokyo
IFREE
IFREE
Graduate School of Science,
Hiroshima University
Graduate School of Environmental
Studies, Nagoya University
5
Title AffiliationName
Numerical Simulation of Rocket Engine Internal Flows
Development of a visualization scheme for large-scale data on
the Earth Simulator
Performance Evaluation of Large-scale Parallel Simulation Codes
and Designing New Language Features on the HPF
(High Performance Fortran) Data-Parallel Programming Environment
Designing and implementation of parallel numerical computing
library for multi-node environment of the Earth Simulator
Hiroshi Miyajima
Yoshio Suzuki
Yasuo Okabe
Kenichi Itakura
National Space Development
Agency of Japan
Center for Promotion of Computational
Science and Engineering, JAERI
Academic Center for Computing
and Media Studies, Kyoto University
Earth Simulator Center
4.3. Computer Science (4 projects)
Title AffiliationName
Large-Scale Simulations on Thermal-Hydraulics of Multi-Phase
Flows in Nuclear Reactors by a Direct Numerical Analysis Method
Large-scale simulation on the properties of carbon-nanotube
All-electron Calculation on Very Large-Sized Proteins by Density
Functional Method
Large-scale parallel fluid simulations for spallation type mercury
target adopted in the project of high-intensity proton accelerator.
Development of the next-generation computational solid mechanics
simulator for a virtual demonstration test
Study of the Standard Model of Elementary Particles on
the Lattice with the Earth Simulator
Large-scale simulation for a Tera Hz resonance superconductors
device
Geospace Environment Simulator
Direct Numerical Simulations of Fundamental Turbulent Flows
with the Largest Grid Numbers in the World and its Application
of Modelling for Engineering Turbulent Flows
First principle molecular dynamics simulation of solution
Research on structure formation of plasmas dominated by
multi-scale dynamics
FRSGC: Frontier Research System for Global ChangeIFREE: Institute for Frontier Research on Earth EvolutionIARC: International Arctic Research CenterJAERI: Japan Atomic Energy Research Institute
Kazuyuki Takase
Kazuo Minami
Fumitoshi Sato
Chuichi Arakawa
Ryuji Shioya
Akira Ukawa
Masashi Tachiki
Yoshiharu Omura
Chuichi Arakawa
Masaru Hirata
Yasuaki Kishimoto
JAERI
Research Organization for Information
Science & Technology
Institute of Industrial Science,
University of Tokyo
Center for Promotion of Computational
Science and Engineering, JAERI
Graduate School of Engineering,
Kyushu University
Center for Computational Physics,
University of Tsukuba
National Institute for Material Science
Kyoto University
Center for Promotion of Computational
Science and Engineering, JAERI
JAERI
JAERI
4.4. Epoch-making Simulation (11 projects)
6
5. System Configuration of the Earth SimulatorThe Earth Simulator is a highly parallel vector supercomputer system of the distributed-memory type, and consisted of 640
processor nodes (PNs) connected by 640x640 single-stage crossbar switches. Each PN is a system with a shared memory, con-
sisting of 8 vector-type arithmetic processors (APs), a 16GB main memory system (MS), a remote access control unit (RCU),
and an I/O processor. The peak performance of each AP is 8Gflops. The ES as a whole thus consists of 5120 APs with 10 TB
of main memory and the theoretical performance of 40Tflops.
Specification of the Earth Simulator
Conceptual diagram of the Earth Simulator
Peak performance/AP
Peak performance/PN
Shared memory/PN
8Gflops
64Gflops
16GB
Total number of APs
Total number of PNs
Total peak performance
Total main memory
5120
640
40Tflops
10TB
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6. History and Event Calendar
Year 2002
Mar 6
Mar 11
Mar 15
Apr 18
Jun 5
Jun 20
Jun 21 - 30
Jul 10
Jul 16
Jul 30 - Aug 1
Aug 27 & 29
Sept 28
Oct 23
Nov 1 - 30
Nov 22
Dec 13
Dec 17 - 19
Dec 24
1st Orientation for users
2nd Orientation for users
Opening Ceremony at the Earth Simulator Center
35.86 Tflops at Linpack test, registered as no.1 of TOP500
1st meeting of Mission Definition Committee
TOP500 Award at Heidelberg
Public project recruitment of FY2002
1st Selection Committee
Start of the Authorized research project
Orientation and Seminar for Users (Vectorization/Parallelization)
Seminar for Users (MPI/HPF)
1st Earth Simulator Center Symposium
"Harmonious Relationship between the Earth and Mankind"
2nd Meeting of Mission Definition Committee
Additional Public project recruitment of FY2002
Gordon Bell Award at SC2002 in US;
. The Gordon Bell Award for Peak Performance
. The Gordon Bell Award for Language (special category)
. Three additional papers earned Gordon Bell Awards for special accomplishment
2nd Selection Committee
Orientation and Seminar for Users (Vectorization/Parallelization/MPI/HPF)
Start of the additional authorized research project
Year 2003
Feb 1 & 2
Feb 28
Mar 5
Annual Meeting for research projects in FY2002
2nd Advisory Committee
3rd Mission Definition Committee