- Intel Rules Supercomputer SpeedfestIntel powered four of every five screamingly fast winners in the twice-annual Top500.org ranking at the International Supercomputer Conference (ISC 2013,...
- Cray Brings Intel Hadoop Distro to CS300 SupercomputerCray is adding Intel’s flavor of Hadoop to its CS300 supercomputers. Does this mark the beginning of a new era? And what does...
- Case Study: RADVISION Boosts IP Apps for Multicore PlatformsRADVISION offers the broadest and most complete set of standards-based video networking infrastructure and developer toolkits available. But the company was...
- Octal Xeon Phi Server Hits 8-teraFLOPSWith the Xeon Phi poised to win the “world’s fastest supercomputer” crown next week coprocessors in general, and Intel’s...
- Open CASCADE Doubles PerformanceOpen CASCADE found it challenging to maximize performance in complex software simulations for its clients while eliminating errors and bottlenecks. ...
- Parallel HPC Reaches for the StarsHigh-performance parallel computing is taking off – literally. NASA and the U.S. Air Force have begun development of the Next Generation...
The Future of Parallel Software Development
Intel’s James Reinders Discusses His Two Newest Books, Parallel Programming for Xeon Phi, C and C++
Intel’s James Reinders Talks OpenMP, Developer Tools and GPUs
Embedded, Parallel Worlds Converging
HPC Drives Life Science Research at Texas Supercomputing Center
Improving Your Coding AND Professional Craft
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Most Recent Build Posts RSS
String Functions: Primitive Excitement Beyond the C!
I have avoided talking about the Intel Performance Primitives (IPP) string functions for months now. After all, how exciting can string functions be? Unfortunately, they sometimes are more “exciting” than one would like. How many times have you had to roll your own custom functions in a pinch. Let’s face …
Converting A Serial Quicksort Algorithm Into Parallel
Intel’s parallel programming gurus have written a book that teaches parallel programming. including sample code. Jeff Cogswell explores the techniques needed to convert a serial algorithm into a parallel. Three of Intel’s parallel programming gurus, Michael McCool, Arch Robison and James Reinders have written an excellent book called “Structured Parallel …
Demo: Frequency Analysis Using Integrated Performance Primitives
Part of an ongoing series showing what parallel tools can do Let’s pick up three neat tools from the Intel parallel arsenal. The first is cilk_spawn, which spins up a new thread to do some work. The second, cilk::reducer_opadd, provides a safe way to signal other parts of an application. …
Intel’s James Reinders Talks OpenMP, Developer Tools and GPUs
Intel’s James Reinders sat down with Go Parallel editor Stephen Wellman at the Intel Software event last month. James and Stephen discuss a number of topics including Vectorization, GPUs, OpenMP as well as Intel’s new developer tools.
Parallel HPC Reaches for the Stars
High-performance parallel computing is taking off – literally. NASA and the U.S. Air Force have begun development of the Next Generation Space Processor (NGSP). The brain behind future space missions, NGSP will provide a minimum of 24 processor cores to support both highly parallel applications and precise power management, fault …
New Windows Parallel Dev Environment
Intel is soliciting Windows workstation and server users to kick the tires on the beta-release of its Windows development environment for the 60-core Xeon Phi coprocessor. Buying a Xeon Phi co-processor card for your Xeon-based workstation or server gets you free access to all Intel’s parallel compilers, profilers, performance analyzers …
The Pain Of Parallel Programming
If you’ve ever heard about parallel programming it probably sounded like a painful endeavor. But why does parallelism hurt? And does it really have to? Those who have experience with parallel programming know it’s mostly true with “traditional” approaches that incorporate parallel constructs into mainstream programming languages like C++ or FORTRAN. …
Parallel Prediction Retrains Neural Networks
Here’s how it usually happens: Neural networks are trained, and an application uses them to make decisions. Unfortunately, this overlooks the real-life fact that circumstances change, invalidating network training. What makes the situation particularly serious is that retraining a network takes time and may not be practical for real-time …
Software without coding – Parallel Boon?
For the last eight years, the Programming Without Coding Technology project has been working on ways of developing, well, programming without coding. The initiative’s General-Purpose Visual Programming tool is aimed for clue-free newbies, expert developers and everyone in between. Interesting, but doubly so because of how the effort might …
Creating a thread-safe C++ Singleton Instance with TBB
Singleton instances have their place in programming, but can present a problem in multithreaded programming. You only want a single thread to create the initial instance and to perform the initialization. With the help of the atomic type in Threading Building Blocks, you can safely create your instance. Last …
