Difference between revisions of "Linux: Benchmarks"
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* [[Benchmarking: b_eff]] | * [[Benchmarking: b_eff]] | ||
* [[Benchmarking: castep]] | * [[Benchmarking: castep]] | ||
| + | * [[Benchmarking: Star-CCM+ (CD Adapco)]] | ||
Revision as of 10:33, 2 October 2014
Libraries for Benchmarking
Other tools for benchmarking
Benchmarking
- Benchmarking: Apache Benchmark (ab)
- Benchmarking: CERN System Configuration
- Benchmarking: FIO
- Benchmarking: bonnie++
- Benchmarking: Gromacs
- Benchmarking: HEPSPEC
- Benchmarking: Powerbench
- Benchmarking: IOZone (CERN)
- Benchmarking: IOR
- Benchmarking: MDTEST
- Benchmarking: CPUBurn-in
- Benchmarking: Sysbench (OLTP)
- Benchmarking: LAMMPS
- Benchmarking: CP2K
- Benchmarking: HPL (High Performance Linpack)
- Benchmarking: Optimised HPL (High Performance Linpack) with Intel MKL and Intel MPI
- Benchmarking: Optimised HPL with OpenMPI and Vanilla Centos
- Benchmarking: MPI Message Rates: SQMR
- Benchmarking: SHOC
- Benchmarking: Povray
- Benchmarking: SPEC CPU 2006
- Benchmarking: iPerf
- Benchmarking: OMB MPI (OSU)
- Benchmarking: AMBER 12
- Benchmarking: Gromacs-4.6
- Benchmarking: Gromacs-5.0
- Benchmarking: CARMA Dev Kit - Linpack
- Benchmarking: CARMA Dev Kit - CUDA Accelerated Linpack
- Benchmarking: CUDA Accelerated Linpack for Linux64
- Benchmarking: Quantum Espresso 5.0.2 GPU
- Benchmarking: Quantum Espresso 5.0.2 CPU only
- Benchmarking: HPL on a GPU using CUDA
- Benchmarking: Virtual curreny mining cudaminer rpcminer on K20
- Benchmarking: IOzone - ARM
- Benchmarking: Stream (Memory Bandwidth)
- Benchmarking: SOAPdenovo (Bioinformatics: De novo assembly)
- Benchmarking: Coremark
- Benchmarking: LMBench
- Benchmarking: Stress (Not quite benchmarking, but a good stress test!)
- Benchmarking: Gadget2
- Benchmarking: VASP5.3
- Benchmarking: Ansys on Centos 6
- Benchmarking: OpenFOAM
- Benchmarking: b_eff
- Benchmarking: castep
- Benchmarking: Star-CCM+ (CD Adapco)