Software developed by RIKEN R-CCS

RIKEN R-CCS is a research center for computational sciences and computer science for simulations with supercomputers, and it hosts Fugaku supercomputer. (RIKEN R-CCS is formerly named RIKEN AICS, renamed in April 2018). R-CCS distributes developed software as open source software.

R-CCS Software Ceter

R-CCS Software Center presents special promotion pages for distinguished software. They are currently:

• FrontFlow/red-HPC: General-purpose thermal fluid modeling software for analyzing large flow fields with complicated geometries, like those arising in studies of gas turbines or automobile aerodynamics.
• OACIS: Job management software for large scale simulations.
• NTChem: Comprehensive software for ab initio quantum chemistry calculations of large and complicated molecular systems.
• SCALE: Basic library for the analysis and simulation of the climate system of the Earth and planets.
• GENESIS: Molecular dynamics and modeling software for biomolecular systems such as proteins, lipids, glycans, and their complexes.

Projects under GitHub.com

Projects distribute their software in GitHub.com organizations (the list is incomplete):

• Fiber Miniapp Suite
• https://github.com/avr-aics-riken
• Evidence-Based performance Tuning (EBT-HPC)
• https://github.com/crest-cassia
• XcalableMP Specification
• Omni compiler
• Extrae

Other projects distribute their software in a common organization at https://github.com/RIKEN-RCCS/:

• A64FX_Tuning_Documents ☆1:

• A64FX_Tuning_Techniques ☆0: Tuning techniques for A64FX processors of Fugaku/FX1000/FX700

• axhelm-doc ☆2: Tuning document for Axhelm kernel

• baby-modelica ☆5: A simple Modelica frontend (flattener and translator)

• bwa ☆0: BWA-MEM on Fujitsu A64FX

• DCB ☆0: Dynamic Core Binding

• FFTW ☆0: FFTW patch for K computer

• fs2020-tapp-kernels ☆0: the collection of important kernel codes from Priority Issue Target Applications

• fugaku-api ☆0:

• fugaku-singularity-guide ☆0: (A staging repository for github-pages)

• gfarm-v2-tools ☆0: Gfarm stupid utility

• Graph500-BFS ☆0:

• Graph500-SSSP ☆0:

• HIVE ☆0: Heterogeneously Integrated Visual-analytic Environment

• HIVE-docker ☆0:

• hpl-ai ☆14: An HPL-AI implementation for Fugaku

• In-situ2DLib ☆1:

• kmr ☆9: A map-reduce library for supercomputers

• kmrviz ☆1: A visualisation tool for KMR

• lens3 ☆1: Lenticularis-S3, a multiplexer to MinIO to service multiple MinIO instances at a single access point.

• Lis ☆0: Lis patch for K computer

• llvm-project ☆0: The LLVM Project is a collection of modular and reusable compiler and toolchain technologies. Note: the repository does not accept github pull requests at this moment. Please submit your patches at http://reviews.llvm.org.

• llvm-sparc64fx ☆10: Code generator patches to LLVM for HPC extensions of Fujitsu SPARC64

• MilvusVisor ☆74: A thin-hypervisor that runs on aarch64 CPUs.

• mpich ☆0: Official MPICH Repository

• mpich-tofu ☆0: MPICH for Tofu interconnect implementation

• mpispawner ☆0: MPI Spawner in Static Processes

• ondemand_fugaku ☆4: Applications for Open OnDemand

• ondemand_fugaku_demo ☆0:

• OPEN-WHEEL ☆2: Workflow in Hierarchical distributEd parallEL

• OpenFold-for-Fugaku ☆3:

• riken-rccs.github.io ☆0: https://riken-rccs.github.io

• riken_simulator ☆28: This is the git repository for RIKEN simulator designed to simulate the binary code for Fujitsu A64FX.

• spack ☆1: A flexible package manager that supports multiple versions, configurations, platforms, and compilers.

• spark ☆0: A branch for Apache Spark on K

• spark-k ☆2: Scripts and Examples for Apache Spark on K

• tmblas ☆3:

• vlctl ☆0: A utility for ARMv8-A architecture with SVE

• WHEEL ☆4: Workflow in Hierarchical distributEd parallEL

• WHEEL-materials ☆0: Material collection for convenient use of WHEEL.

• xls-parser ☆8:

• yasve ☆2: Yet Another ARM SVE Emulator – A simple trap hander of illegal instructions on aarch64