Languages Performance Website: Tracks overall performance status of Python daily commits, bug fixes, new features, and performance optimizations
Performance Analysis of Python* Applications with Intel® VTune™ Amplifier
Boost Python* Performance with Intel® Math Kernel Library (Intel® MKL) by Sergey Maidanov
Accelerating Python* with Intel Math Kernel Library by James Reinders
Unleash Parallel Performance of Python* Programs
Faster Random Number Generation in Intel® Distribution for Python*
Blog Detailing Intel Distribution for Python* Beta
Episode #57: Python* Performance from the Inside Out at Intel
Doubling the Performance of OpenStack* Swift with No Code Changes
Python* is an Equal Opportunity Programming Language
Vasilij Litvinov Discusses Tuning Python* Applications (Python Anywhere Room Video)
Exposing Processor Features to Dynamic Languages
Building NumPy/SciPy with Intel® MKL and Intel® Compilers on Windows*
Turbocharging Open Source Python*, R*, and Julia-based HPC Applications
pyMIC: A Python* Offload Module for the Intel® Xeon Phi™ Coprocessor
UPM Python Documentation
Python API documentation on UPM (or Libupm) is a high-level sensor library for Intel IoT devices using MRAA.
MRAA Python Documentation
Python API documentation on MRAA (or Libmraa) is a low-level library for Intel IoT with bindings to Python to interface with IO on Intel® Galileo boards, Intel® Edison boards, and other platforms.
One of the biggest draws to Python* is that it’s easy to learn and use. But it’s also notorious for being too slow for high-performance, compute-intensive applications.
Intel® Distribution for Python* addresses these fundamental performance challenges, delivering the speed of compiled...
Python* has become instrumental tool for those looking for a high productivity language for a variety of programming tasks including advanced numerical work. Learn how Intel brings high performance, easy accessibility, and integrated workflow to Python* in numerical, scientific, and machine...