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Best of Modern Code for February

Trends for High-Performance Computing in 2019

The newest issue of the Parallel Universe brings thoughts on software-defined visualization and how high-performance computing, artificial intelligence, and big data analytics are...

Top Ten Intel® Software Developer Stories for February

Learn more about high-performance computing, tools for memory development, as well as how to maximize CPU performance.

Maximize TensorFlow* Performance on CPU: Considerations and Recommendations for Inference Workloads

This article will describe performance considerations for CPU inference using Intel® Optimization for TensorFlow*

Best of Modern Code for January

Start the year learning about loop optimizations.

Best of 2018

Top Ten Intel® Software Developer Stories for 2018

Relive 2018's biggest technology stories, engaging innovator profiles, and real-world use cases.

Webinar: Fortran Standard Parallel Programming Features

Published on July 31, 2013, updated December 27, 2018

Fortran Standard Parallel Programming Features in Intel Compilers

Intel® Fortran Compiler for Linux* - Are the libraries thread safe?

Published on October 22, 2010, updated December 26, 2018

Are the Intel Fortran run-time libraries thread safe?

Determining Root Cause of Segmentation Faults SIGSEGV or SIGBUS errors

Published on September 29, 2011, updated December 26, 2018

SIGSEGV on Linux and SIGBUS on MacOS Root Causes

Loop Optimizations Where Blocks are Required

Use the BLOCK_LOOP directive to improve cache utilization in loops, especially vectorized loops

​​Top Ten Intel Software Developer Stories December

Read about our Ultimate VR Coder winning team, learn more about deep learning using traffic signals and more.

Best of Modern Code December

Find out more about Intel's support for the future of high performance computing.

Intel® Parallel Computing Center at Hartree Centre, STFC

Published on October 13, 2014, updated December 4, 2018

Intel® PCC at the Hartree Centre is to enable UK academic and industrial codes to exploit the parallel and energy.

Best of Modern Code November

Solve named entity recognition problems, learn more about Intel® VTune™ Amplifier and more.

The Importance of Vectorization for Intel Microarchitectures (Fortran Example)

Reference Link and Download

Intel Vectorization Tools
Download the source code referenced here from the link at the end of this article.

Introduction

To get good performance out of the Intel® processors, including the Intel® Xeon® Scalable Processors, applications need to take...

The Best of Modern Code from Intel

Visit with Intel at SC18, learn more about Intel® Media SDK for Windows* and more.

Top Ten Intel® Software Developer Stories October

Read more from our innovative Intel(R) Student Ambassadors and Software Innovators this month. And don't forget to visit with Intel at SC'18.

screenshot of Intel Advisor U I

Quick Analysis of Vectorization Using Intel® Advisor 2019

In this article, we discuss how to use the command-line interface in Intel® Advisor 2019.

The Parallel Universe Issue #34: Edge-to-Cloud Heterogeneous Parallelism with OpenVINO™ Toolkit

In a previous blog, I mentioned that I used to dread the heterogeneous parallel computing future. Ordinary parallelism was hard enough. Spreading concurrent operations across different processor architectures would add a level of complexity beyond my programming ability. Fortunately, as the...

Vectorization of Monte Carlo Simulation for Diffusion-Weighted Imaging on Intel® Xeon® Scalable Processors

Abstract

Diffusion-weighted imaging (DWI) is a type of magnetic resonance (MR) imaging that uses the diffusion of water molecules to image patterns of the diffusion process of molecules. These diffusion patterns can reveal details about certain possible pathologies in tissue.

DWI...

Execution Analysis of Training a Deep Neural Network Task

Published on September 14, 2018

High-performance computing (HPC) can be defined as the use of a set of techniques that enable the maximum performance of a processing platform. We need to go beyond the simple insertion of OpenMP* directives when developing a multithreaded algorithm for execution in a...

Best of Modern Code September

Learn more about character recognition, computer vision, and the requirements for the Intel® Math Kernel library this month.

AI in Space

​Top Ten Intel® Software Developer Stories September

From AI in space to virtual reality crop dusting on earth, this month covers a gamut of interesting articles.

Intel® Parallel Studio XE

Intel® Parallel Studio XE 2019 Beta

Thank you for your interest in the Intel® Parallel Studio XE 2019 Beta Program. The Intel® Parallel Studio XE 2018 Beta program is now closed.

If you’d like to try out the official release of the Intel® Parallel Studio XE 2019, visit our product pages and grab a free 30-day evaluation...

Transform Enterprise, HPC & AI, Accelerate Parallel Code

Published on September 12, 2018

Just Released: Intel® Parallel Studio XE 2019

Code complexity not only continues to increase, it’s doing so faster and faster. Architectural diversity is the key driver of this phenomenon, with sophisticated computing environments. This requires specialized skills… and advanced tools that...

Code Sample: Optimizing Binarized Neural Networks on Intel® Xeon® Scalable Processors

In the previous article, we discussed the performance and accuracy of Binarized Neural Networks (BNN). We also introduced a BNN coded from scratch in the Wolfram Language. The key component of this neural network is Matrix Multiplication.

​Top Ten Intel Software Developer Stories August

Read about the future of the museum experience, an unwrapping app, parallel performance and more this month.

Threading Fortran Applications for Parallel Performance on Multi-Core Systems

Advice and background information is given on typical issues that may arise when threading an application using the Intel Fortran Compiler and other software tools, whether using OpenMP, automatic parallelization or threaded libraries.

Doctor FORTRAN:  The End is Nigh

The Best of Modern Code | July 2018

It's all BIG this month-- Big deal on BigDL, Big Data Processing and big performance with Intel® Xeon® processors.

Pin debugger UI

Pin - A Binary Instrumentation Tool - Downloads

  Home | News | Downloads | FAQ | Newsgroup | Papers | XED | SDE| PinPoints | PinPlay | DrDebug

Download Pin kits here. Before using Pin, please read the license.

Windows* IA32 and intel64 (x86 32 bit and 64 bit) Version Date Kit Documentation Pin 3.7 May 08, 2018...

Intel® Math Kernel Library (Intel® MKL) 2019 System Requirements

Operating System Requirements

The Intel MKL 2019 release supports the IA-32 and Intel® 64 architectures. For a complete explanation of these architecture names please read the following article:

Intel Architecture Platform Terminology for Development Tools

...

Intel® AVX-512

Best of Modern Code June

Read about Visual Bag-of-Words in Python*, understand the new compiler feature Array Shape Check, and be a beta tester for Intel® Parallel Studio XE.

Top Ten Intel Software Developer Stories June

Are you a space pirate? Or someone using a bag of words? Find out more with this month's top developer stories.

Free access to Intel® Compilers, Performance libraries, Analysis tools and more...

Published on August 25, 2015, updated May 17, 2018

Intel® Parallel Studio XE is a very popular product from Intel that includes the Intel® Compilers, Intel® Performance Libraries, tools for analysis, debugging and tuning, tools for MPI and the Intel® MPI Library. Did you know that some of these are available for free? Here is a guide to “what is...

The Best of Modern Code for May

Learn about neuromorphic computing this month. And we take you to the stars with a session on how to construct an astronomical catalog using Bayesian variational inference code.

Urban landscape of old eurpean city

Accelerating x265 with Intel® Advanced Vector Extensions 512 (Intel® AVX-512)

Vector units in CPUs have become the de facto standard for acceleration of media, and other kernels that exhibit parallelism according to the single instruction, multiple data (SIMD) paradigm. SIMD on Intel® architecture processors have evolved to enable 512-bit register files in Intel® Advanced...

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