Performance Optimisation and Productivity
A Centre of Excellence in HPC
List of Reports
Here you can find the complete list of all reports developed throughout this project. Specifically, you will find reports related to the POP1, POP2, and POP3 project phases. These reports are classified as Assessment Reports (AR), Performance Plan Reports (PP) and Proof-of-concept Reports (PoC).
| ID | Report name | Date | Languages | Models | EU Project |
|---|---|---|---|---|---|
| POP1-AR-001 | DPM – Dynamics Simulation | 2015/12 | C++ · | MPI · | |
| POP1-AR-003 | DROPS | 2016/01 | C++ · | MPI · OpenMP · | |
| POP1-AR-009 | VAMPIRE | 2016/02 | C++ · | MPI · | |
| POP1-AR-008 | NEMO | 2016/03 | MPI · | ||
| POP1-AR-004 | Ateles | 2016/03 | Fortran · Python · | MPI · OpenMP · | |
| POP1-AR-018 | GITM | 2016/04 | Fortran · | OpenMP · | |
| POP1-AR-013 | OpenNN | 2016/04 | C++ · | OpenMP · | |
| POP1-AR-005 | Musubi | 2016/07 | Fortran · | MPI · | |
| POP1-AR-025 | DFTB | 2016/08 | Fortran · | MPI · | |
| POP1-AR-028 | EPW, version 4.0.0 | 2016/09 | Fortran · | MPI · | |
| POP1-AR-029 | Code Saturne | 2016/09 | Fortran · | MPI · OpenMP · | |
| POP1-AR-035 | BAND | 2016/11 | Fortran · | MPI · | |
| POP1-AR-039 | LAMMPS | 2016/11 | C++ · | MPI · | |
| POP1-PP-003 | SHEMAT Suite, BiCGStab solver (mphase big2a) with PETSc | 2016/11 | Fortran · | MPI · | |
| POP1-AR-031 | ms2 | 2016/12 | Fortran · | MPI · OpenMP · | |
| POP1-AR-040 | ScalFMM | 2017/01 | C++ · | MPI · OpenMP · | |
| POP1-PP-013 | VAMPIRE | 2017/01 | C++ · | MPI · | |
| POP1-AR-044 | FFEA (Fluctuating Finite Element Analysis) | 2017/02 | C++ · | OpenMP · | |
| POP1-AR-041 | CHAPSIM | 2017/02 | Fortran · | MPI · | |
| POP1-PP-005 | ADF | 2017/02 | Fortran · | MPI · | |
| POP1-AR-046 | DSHplus | 2017/02 | C++ · | OpenMP · | |
| POP1-PoC-004 | DFTB | 2017/03 | Fortran · | MPI · | |
| POP1-AR-109 | QuantumTransport | 2017/03 | C · C++ · | CUDA · MPI · OpenMP · | |
| POP1-AR-048 | COOLFluiD | 2017/03 | C++ · Fortran · | MPI · | |
| POP1-AR-049 | Ondes3D | 2017/04 | C · | MPI · | |
| POP1-PP-007 | ParFlow, version 693 | 2017/05 | C · Fortran · | MPI · | |
| POP1-AR-045 | k-Wave | 2017/05 | C++ · | CUDA · MPI · OpenMP · | |
| POP1-PP-006 | EPW, version 4.0.0 | 2017/05 | Fortran · | MPI · | |
| POP1-PoC-007 | EPW, version 4.0.0 | 2017/05 | Fortran · | MPI · | |
| POP1-PP-008 | BAND | 2017/05 | Fortran · | MPI · | |
| POP1-PP-009 | BAND | 2017/05 | Fortran · | MPI · | |
| POP1-PP-010 | OpenNN | 2017/05 | C++ · | MPI · OpenMP · | |
| POP1-AR-055 | OpenFOAM | 2017/06 | C++ · | MPI · OpenMP · | |
| POP1-AR-047 | RICH | 2017/06 | C++ · | MPI · | |
| POP1-PoC-005 | BPMF | 2017/07 | C++ · | OpenMP · | |
| POP1-AR-060 | WRF-Chem | 2017/07 | Fortran · | MPI · | |
| POP1-PoC-010 | fftxlib – QE miniapp | 2017/07 | C · Fortran · | MPI · OpenMP · | |
| POP1-AR-066 | chtMollierSolver – OpenFOAM solver | 2017/08 | C++ · | MPI · | |
| POP1-AR-069 | Distributed Neural Simulation | 2017/09 | C · C++ · | MPI · | |
| POP1-PoC-011 | chtMollierSolver – OpenFOAM solver | 2017/10 | C++ · | MPI · | |
| POP1-AR-077 | OpenCPS | 2017/10 | C++ · | OpenMP · | |
| POP1-AR-075 | GROMACS | 2017/10 | C++ · | MPI · OpenMP · | |
| POP1-PP-014 | Reveal | 2018/01 | C++ · | OpenMP · | |
| POP1-PoC-015 | Vampire | 2018/02 | C++ · | MPI · | |
| POP1-AR-093 | ffire | 2018/02 | C++ · | MPI · | |
| POP1-AR-095 | Alya | 2018/02 | Fortran · | MPI · OpenMP · | |
| POP1-AR-096 | PT AMP | 2018/02 | C++ · | OpenMP · | |
| POP1-AR-089 | Nektar++, version 4.4.0 | 2018/03 | C++ · | MPI · | |
| POP1-PoC-017 | Reveal (formerly known as OpenCPS) | 2018/03 | C++ · | OpenMP · | |
| POP1-PoC-018 | SHEMAT Suite, BiCGStab solver (mphase big2a) with PETSc | 2018/03 | Fortran · | MPI · | |
| POP1-PP-020 | WRF-Chem | 2018/03 | Fortran · | MPI · | |
| POP1-AR-107 | GROMACS 4.5.3 QED | 2018/03 | C · Fortran · | MPI · | |
| POP2-AR-075 | BigDFT (1.9.0) | 2018/12 | Fortran · | MPI · OpenMP · | |
| POP2-AR-001 | pySDC | 2019/03 | Python · | MPI · | |
| POP2-AR-003 | Tsunami-HySEA | 2019/04 | C++ · | CUDA · MPI · | |
| POP2-AR-006 | FALL3D | 2019/05 | Fortran · | MPI · | |
| POP2-AR-005 | SOMA (Soma Offers Monte Carlo Acceleration) | 2019/05 | C · Python · | MPI · OpenMP · | |
| POP2-AR-004 | JURASSIC | 2019/05 | C · | MPI · OpenMP · | |
| POP2-AR-009 | specfem3d (Earth and atmospheric sciences) C/Fortran+MPI | 2019/06 | C · Fortran · | MPI · | |
| POP2-AR-007 | cwltool, the reference CWL runner | 2019/06 | Python · | Posix threads · | |
| POP2-AR-008 | GATK | 2019/07 | C · | Posix threads · | |
| POP2-AR-014 | DeaLAMMPS | 2019/07 | C++ · | MPI · | |
| POP2-AR-022 | SeisSol (Earth and atmospheric sciences) C++/Fortran, MPI+OpenMP+pthreads! | 2019/08 | C++ · Fortran · | MPI · OpenMP · Posix threads · | |
| POP2-AR-018 | GALES | 2019/08 | C++ · | MPI · | |
| POP2-AR-020 | Blender Cycles | 2019/08 | C++ · | MPI · OpenMP · Posix threads · | |
| POP2-AR-030 | Incompressible immerflow (CFD) | 2019/09 | C++ · | MPI · | |
| POP2-AR-024 | CHORUS | 2019/10 | Fortran · | MPI · | |
| POP2-AR-025 | Terrsysmp-PDAF | 2019/10 | C · Fortran · | MPI · | |
| POP2-AR-021 | CalculiX | 2019/10 | C · Fortran · | Posix threads · | |
| POP2-AR-017 | SOMA | 2019/10 | C · | MPI · OpenACC · | |
| POP2-AR-033 | SEM46 | 2019/11 | Fortran · | MPI · | |
| POP2-AR-016 | Alya + Cantera | 2019/11 | Fortran · | MPI · | |
| POP2-AR-032 | BEM4I, open-source developed at IT4Innovations | 2019/11 | C++ · | MPI · OpenMP · | |
| POP2-AR-035 | IFS-FVM | 2020/01 | C++ · Fortran · | MPI · OpenMP · | |
| POP2-AR-041 | HemeLB (3D macroscopic blood flow simulation) C++ & MPI | 2020/02 | C++ · | MPI · | |
| POP2-AR-044 | Jules | 2020/02 | Fortran · | MPI · | |
| POP2-AR-037 | DARKNET (YoloV3) | 2020/02 | C · C++ · | CUDA · | |
| POP2-AR-015 | MONARCH | 2020/02 | |||
| POP2-AR-036 | FRAMSTIM | 2020/02 | C · C++ · | MPI · OpenMP · | |
| POP2-AR-042 | AFiD | 2020/02 | Fortran · | CUDA · MPI · OpenMP · | |
| POP2-AR-047 | TerrSysMP | 2020/02 | C · Fortran · | MPI · OpenMP · | |
| POP2-PoC-001 | GALES | 2020/02 | C++ · | MPI · | |
| POP2-AR-061 | OpenFOAM 6.0 | 2020/04 | C++ · | MPI · | |
| POP2-AR-062 | TURTLE (Gamess-UK) | 2020/04 | C · Fortran · | MPI · | |
| POP2-PoC-003 | CHORUS | 2020/04 | Fortran · | MPI · | |
| POP2-AR-078 | NEMO version 4.0.2 | 2020/04 | MPI · | ||
| POP2-AR-052 | VeloxChem | 2020/04 | C++ · Python · | MPI · OpenMP · | |
| POP2-PoC-002 | Blender Cycles | 2020/05 | C++ · | MPI · OpenMP · | |
| POP2-AR-060 | PORTA | 2020/06 | C · | MPI · Posix threads · | |
| POP2-AR-053 | AVBP | 2020/06 | Fortran · | MPI · | |
| POP2-PoC-005 | CalculiX | 2020/06 | C · Fortran · | Posix threads · | |
| POP2-PoC-006 | Gloria (compressible flow solver) | 2020/07 | C++ · | MPI · OpenMP · | |
| POP2-PoC-007 | DeaLAMMPS | 2020/07 | C++ · | MPI · | |
| POP2-AR-068 | MHDG | 2020/07 | C · Fortran · | MPI · OpenMP · | |
| POP2-AR-092 | Piernik (August 2020) | 2020/09 | Fortran · | MPI · | |
| POP2-AR-093 | Pencil Code | 2020/09 | Fortran · | MPI · | |
| POP2-AR-071 | BDDCML | 2020/09 | Fortran · | MPI · | |
| POP2-PoC-009 | CalculiX | 2020/09 | C · Fortran · | Posix threads · | |
| POP2-AR-073 | BayPass (v2.2) | 2020/10 | Fortran · | OpenMP · | |
| POP2-AR-080 | EMEP MSC-W | 2020/10 | Fortran · | MPI · | |
| POP2-AR-081 | FALL3D | 2020/10 | Fortran · | MPI · | |
| POP2-AR-079 | juKKR-KKRhost | 2020/10 | Fortran · | MPI · OpenMP · | |
| POP2-AR-077 | CS3D | 2020/10 | Fortran · | MPI · | |
| POP2-AR-083 | PORTA | 2020/11 | C · | MPI · Posix threads · | |
| POP2-AR-082 | SedFOAM | 2020/11 | C++ · | MPI · | |
| POP2-AR-090 | XSHELLS 2.5 | 2020/12 | C++ · | MPI · OpenMP · | |
| POP2-AR-102 | DAMASK | 2020/12 | MPI · OpenMP · | ||
| POP2-AR-112 | EcoSystem | 2020/12 | MPI · Posix threads · | ||
| POP2-AR-099 | ExaHyPE (based on Peano 3) | 2020/12 | C++ · Python · | MPI · | |
| POP2-PoC-016 | CS3D | 2020/12 | Fortran · | MPI · | |
| POP2-AR-103 | thermohydraulic software package for CFD simulations, C++, MPI | 2021/01 | C++ · | MPI · | |
| POP2-PoC-008 | Alya | 2021/01 | Fortran · | MPI · | |
| POP2-AR-097 | CIAO | 2021/01 | C · Fortran · | MPI · | CoEC |
| POP2-PoC-018 | MONARCH | 2021/02 | Fortran · | MPI · | |
| POP2-AR-101 | FoXtroT | 2021/02 | C++ · | OpenMP · | |
| POP2-AR-054 | Yales2 | 2021/03 | Fortran · | MPI · | CoEC |
| POP2-AR-104 | SImple Finite Elements (SIFEL) | 2021/03 | C · C++ · | MPI · | |
| POP2-PoC-017 | openfoam/ASHEE | 2021/04 | C++ · | OpenMP · | |
| POP2-AR-107 | ExaHype2 | 2021/04 | C++ · Python · | MPI · OpenMP · | |
| POP2-AR-114 | NEK5000 | 2021/05 | C · Fortran · | MPI · | CoEC |
| POP2-AR-031 | Compressible immerflow | 2021/05 | C++ · | MPI · OpenMP · | |
| POP2-AR-108 | CHIMERE | 2021/05 | C++ · Fortran · | MPI · | |
| POP2-AR-116 | TAU | 2021/06 | C · | MPI · | |
| POP2-AR-111 | GALES | 2021/06 | C++ · | MPI · | |
| POP2-AR-105 | BioFVM/PhysiCell | 2021/07 | C++ · | OpenMP · | |
| POP2-AR-120 | Polar Scat | 2021/08 | Fortran · | OpenMP · | |
| POP2-AR-094 | Microfarm (µFarm) | 2021/08 | Fortran · | MPI · | |
| POP2-AR-115 | Hiperlife | 2021/08 | C · | MPI · | |
| POP2-AR-125 | Octopus | 2021/09 | C · Fortran · | MPI · | |
| POP2-AR-134 | ABINIT | 2021/10 | C · Fortran · | CUDA · MPI · OpenMP · | |
| POP2-AR-126 | NSMB | 2021/10 | Fortran · | MPI · | |
| POP2-AR-130 | Alya | 2021/10 | Fortran · | MPI · | CoEC |
| POP2-AR-135 | PLUMED | 2021/11 | C++ · | MPI · OpenMP · | |
| POP2-AR-140 | HEMLAB | 2021/12 | Fortran · | MPI · | |
| POP2-AR-132 | CIAO | 2022/02 | |||
| POP2-AR-143 | Xcompact3d | 2022/02 | Fortran · | MPI · | |
| POP2-AR-148 | JMI | 2022/03 | C · C++ · | MPI · | |
| POP2-AR-152 | GPAW 21.6.0 | 2022/03 | C · Python · | MPI · | |
| POP2-AR-160 | OPM Flow | 2022/06 | C++ · | MPI · OpenMP · | |
| POP3-AR-003 | Audit Report Elmer | 2023/12 | C · C++ · Fortran · | MPI · | ChEESE 2 |
| POP3-AR-002 | SPECFEM3D (MPI+CUDA) on Leonardo-B | 2024/01 | C · Fortran · | CUDA · MPI · | ChEESE 2 |
| POP3-AR-005 | ExaHyPE 2 | 2024/06 | C++ · Python · | MPI · OpenMP · | ChEESE 2 |
| POP3-AR-008 | Xshells | 2024/07 | C · C++ · | CUDA · MPI · | ChEESE 2 |
| POP3-AR-009 | Tandem on LUMI-C | 2024/07 | C++ · Python · | MPI · | ChEESE 2 |
| POP3-AR-010 | iPic3D on Leonardo DCGP | 2024/07 | C++ · | MPI · | SPACE |
