jh160002-NAJ Study on parallel algorithms for solving matrices by using iterative methods and direct methods on distributed-memory supercomputers Akiyoshi Wakatani(Konan University)
jh160008-NAH Development and Application of Risk Assessment Simulation Techniques on Heat Stroke Akimasa Hirata(Nagoya Institute of Technology)
jh160009-NAJ Inter-node communication optimization of tile algorithms for matrix factorization in distributed memory environment Tomohiro Suzuki(University of Yamanashi)
jh160010-NAH Computational science toward innovative plasma-nanopowder mass-production Masaya Shigeta(Osaka University)
jh160012-NAJ Interaction bewteen tubulence and a large ensemble of micro particles with internal degrees of freedom Toshiyuki Gotoh(Nagoya Institute of Technology)
jh160013-NAH Massively-Parallelized Particle Simulation of Space Plasma Phenomena Yohei Miyake(Education Center on Computational Science and Engineering, Kobe University)
jh160014-ISH Data Locality Optimization Strategies for AMR Applications on GPU-accelerated Supercomputer Mohamed Wahib(RIKEN Advanced Institute for Computational Science)
jh160015-NAH Self-organization and emergence of order in spatial economics: Spatial coordination of population and industrial agglomerations Tomoya Mori, Yuki Takayama and Hiroshi Nakashima(Kyoto University, Kanazawa University and Kyoto University)
jh160020-NAH Large scale simulation of polydisperse multiphase flow with reaction and metastability Akiko Matsuo(Keio University)
jh160022-NAHC Development of numerical simulation techniques for geologic CO2 sequestration on post-peta scale platform Hajime Yamamoto(Taisei Corporation)
jh160023-NAH Development of massively parallelized particle simulation code for fusion plasma research and visualization of the simulation results Hiroaki Ohtani(National Institute for Fusion Science)
jh160024-NAHC Construction of the use scheme of HPC to make three dimensional models from experimental data of SPring-8 by particle mesh two dimensional pattern reverse Monte Carlo analysis Tetsuo Tominaga(JSR Corporation)
jh160025-DAHI High-performance Randomized Matrix Computations for Big Data Analytics and Applications Takahiro Katagiri(Information Technology Center, Nagoya University)
jh160027-NAJ Acceleration of 3D Electromagnetic Field Analysis with a Numerical Framework based on Hierarchical Domain Decomposition Shin-ichiro SUGIMOTO(Tokyo University of Science, Suwa)
jh160028-NAJ Multi-Platform Development of Fusion Plasma Turbulence Code toward Post-Petascale Era Shinya Maeyama(Nagoya University)
jh160029-NAH Large-scale parallel simulation of seismic and tsunami waves for the study of mega-thrust earthquakes in subduction zones Hiroshi Takenaka(Okayama University)
jh160031-NAH Development of large-scale GPU computing technique for phase-field crystal simulation of polycrystalline grain growth Akinori Yamanaka(Tokyo University of Agriculture and Technology)
jh160032-NAJ A study for demonstration on the building of a next generation applied aerodynamics research platform using a fast CFD code Yuichi Matsuo(Japan Aerospace Exploration Agency)
jh160035-DAJ Large-scale Computation for Synchronization Analysis with Random Neural Networks Hiromichi Suetani(Oita University)
jh160036-NAH Basic research of next generation large scale HPC use for coarse grained MD of polymer materials Katsumi Hagita(National Defense Academy)
jh160037-NAJ Development of GPU Tsunami Simulator for Tsunami Real-time Forecast Shin Aoi(National Research Institute for Earth Science and Disaster Resilience)
jh160038-NAH Very-large-scale grain growth simulations using multi-phase-field and molecular dynamics methods Tomohiro Takaki(Kyoto Institute of Technology)
jh160039-NAJ Advanced Electromagnetic Field Analyses Based On HPC Technology Takeshi Iwashita(Hokkaido University)
jh160040-NAJ Parallelization of general-purpose molecular dynamics software MODYLAS optimized for many cores and wide SIMD architectures Yoshimichi Andoh(Center of Computational Science, Graduate School of Engineering, Nagoya University)
jh160041-NAHI Hierarchical low-rank approximation methods on distributed memory and GPUs Rio Yokota(Tokyo Institute of Technology, Global Scientific Information and Computing Center)
jh160042-NAH A Large-scale multiphase simulation based on direct interaction between non-spherical particles and fluid using Lattice Boltzmann Method with Adaptive Mesh Refinement Takayuki Aoki(Global Scientific Information and Computing Center, Tokyo Institute of Technology)
jh160045-MDJ Numerical and Experimental collaborative study for breakthrough of high-Reynolds number turbulent flows and its application Yoshinobu Yamamoto(University of Yamanashi)
jh160046-NAJ Quantum Transport Simulator for the Next Generation Transistors Nobuya Mori(Osaka University)
jh160047-NAJ High-fidelity Multi-desciprinaly Design of Winged Space Craft Using High Performance Computing Masahiro Kanazaki(Tokyo Metropolitan University)
jh160048-NAJ Verification & Validation of fluid-structure interaction simulation tools for the natural disaster prediction Mitsuteru Asai(Department of Civil Engineering, Kyushu University)
jh160050-NAJ Computational Science of Multi-Degree-of-Freedom Complex Turbulent Flow Phenomena Takashi Ishihara(Nagoya University)
jh160051-NAH Development of an AMR framework to realize effective high-resolution simulations Takashi Shimokawabe(Tokyo Institute of Technology)
jh160052-ISH A Research and a Practical Operation for the wide-area distributed virtualization infrastructure with disaster-tolerance and fault-tolerance evaluating system Hiroki Kashiwazaki(Osaka University)
jh160054-NAH Developments of large-scale CFD simulations of ship behaviour and performance Naoyuki Onodera(National Maritime Research Institute)
jh160055-NAHI Cerebrospinal Fluid Flow Analysis in Subarachnoid Space Ryusuke Egawa(Cyberscience Center, Tohoku University)
jh160056-ISH Toward a resilient software defined infrastructure to support disaster management applications Yasuhiro Watashiba(Nara Institute of Science and Technology)
jh160057-NAH Development of a Powerful Tool for the Effective Particle Simulations of Debris Flows Using Dynamic Load Balance on a GPU Supercomputer. Satori Tsuzuki(Japan Agency for Marine-Earth Science and Technology)
jh160060-NAJ Simulations of Ocean Circulation and Mixing in the Pan-Okhotsk Region Tomohiro Nakamura(Hokkaido University)
