Fiber
Fiber is a suite of miniapps that are maintained and developed at RIKEN Advanced Institute for Computational Science (RIKEN AICS).
News
- 21 May 2015 » FFB-MINI 1.0 Released
- 28 Dec 2014 » NTChem-MINI 1.1 Released
- 08 Dec 2014 » NTChem-MINI 1.0 Released
- 20 Oct 2014 » CCS-QCD 1.2 Released
- 08 Oct 2014 » MODYLAS-MINI 1.0 Released
See the full archive of news.
Miniapps
- CCS QCD: A QCD miniapp originally developed by Kenichi Ishikawa (Hiroshima University), et al.
[Download source] [View development repository] - FFVC-MINI: A Navier-Stokes solver for 3D unsteady thermal flow of incompressible fluid. Derived from the FFVC simulation program developed by Kenji Ono (RIKEN AICS), et al.
[Download source] [View development repository] - NICAM-DC-MINI: A miniapp based on NICAM-DC that is derived from NICAM (Nonhydrostatic ICosahedral Atmospheric Model).
[Download source] [View development repository] - mVMC-MINI: A suite of mVMC program and test data. mVMC analyzes the physical characteristics of the strongly correlated electron systems.
[Download source] [View development repository] - NGS Analyzer-MINI: A miniapp for genome analysis. NGS Analyzer performs human genome analysis to identify genetic differences among persons or cancer cell’s mutations.
[Download source] [View development repository] - MODYLAS-MINI: A miniapp based on a general-purpose molecular dynamics simulation program MODYLAS.
[Go to download site] - NTChem-MINI: An ab-initio quantum chemistry miniapp for the molecular electronic structure calculation
[Download source] [View development repository] - FFB-MINI: A miniapp based on a general-purpose thermal flow FEM program, FrontFlow/blue.
[Download source] [View development repository]
Documentation
Information on each miniapp, such as build instructions and exeuction configurations, can be found in its own source package. Here’s a list of some of the recent slides and papers on the overall Fiber miniapps:
- (Japanese) Fiber Miniapp Overview, SWoPP 2014 workshop, July 2014. [slides]
- Miniapps for Enabling Architecture-Application Co-design for Exascale Supercomputing, 19th Workshop on Sustained Simulation Performance, March 2014. [slides]
- Mini-App Effort in Japan, SC13 BoF: Library of Mini-Applications for Exascale Component-Based Performance Modeling, November 2013. [slides]
Mailing List
New miniapps and version upgrades will be announced at the Users Group mailing list. Subscribe the list by sending an empty email to <fiber-miniapp-users+subscribe@googlegroups.com> or get RSS updates.
Fiber Developers
- Naoya Maruyama (RIKEN AICS)
- Soichiro Suzuki (RIKEN AICS)
- Kazunori Mikami (RIKEN AICS)
- Yukihiro Komura (RIKEN AICS)
- Shinichiro Takizawa (RIKEN AICS)
- Motohiko Matsuda (RIKEN AICS)
Collaborators
- Satoshi Matsuoka, Akihiro Nomura (Tokyo Tech)
- Takahiro Katagiri (University of Tokyo)
Acknowledgments
The initial development of Fiber was part of an HPCI Feasibility Study project (FY2012-FY2013) led by RIKEN AICS and Tokyo Institute of Technology, which was funded by Ministry of Education, Culture, Sports, Science and Technology, Japan.