Benchmarking NumPy in realistic situations.

To run the benchmarks, you need to install the following libraries:

sudo pacman -S python-numpy
sudo pacman -S python-pythran
pip install transonic
sudo pacman -S python-llvmlite
sudo pacman -S python-setuptools
conda install numba
sudo pacman -S cmake
sudo pacman -S gcc

To Run the Files

1. Clone the Repository.

   git clone https://github.com/khushi-411/numpy-benchmarks
   

2. To execute NumPy and Python Code.

   taskset -c 6,7,14,15 python python/filename.py data/dataset_filename.txt
   

   Note: To obtain the accurate results the benchmarking is performed on the 4 isolated CPU cores (6, 7, 14, 15).

3. To execute Algorithms using Compiled Methods.

   transonic -b BACKEND python/filename.py
   TRANSONIC_BACKEND="BACKEND" taskset -c 6,7,15,16 python python/filename.py data/dataset_filename.txt
   

   Here, -b flag used to set the BACKEND (presently, there are 3 backends in Transonic; cython, numba and python. The default backend is pythran. Currently, we used numba and pythran for our implementation.

Obtaining stable and reliable benchmark results requires to tune the system and to analyze the results manually.

Some things to consider:

• The first goal is to avoid the outliers caused by noisy applications.
• To set the system state for benchmarking use the pyperf system tune command.
• To reduce the system jitter refer tune the system for benchmarks page.

|-- cpp
    |-- main.cpp
|-- python
    |-- compiled_methods.py
    |-- numpy_python.py
    |-- plot.py
    |-- pure_python_particle.py
    |-- pure_python.py
|-- data
    |-- input files in the form of `inputX.txt`, where X = `16`, `32`, `64`, `128`, `256`, `512` and `1k`.
    |-- benchmark_output.csv
|-- images
|-- blog
|-- test
    |-- small tests to check the performance.

• CPU Model: Intel(R) Core(TM) i7-10870H CPU @ 2.20GHz
• RAM GB: 16
• RAM Model: DDR4
• Speed: 3200 MT/s
• Operating System: Manjaro Linux 21.1.1, Pahvo
• Library Versions:
  • Python: 3.9.6
  • NumPy: 1.20.3
  • Numba: 0.54.0
  • Pythran: 0.9.12.post1
  • Transonic: 0.4.10
  • GCC: 11.1.0
• Note: The benchmarking is performed on the $4$ isolated CPU cores for accurate results.

• The issue for adding content on performance
• Wikipedia's Article ob N-Body Problem
• Pierre Augier's work on N-Body Problem