MPI (Message Passing Interface) is the de facto standard distributed communications framework for scientific and commercial parallel distributed computing. The Intel MPI implementation is a core technology in the Intel Scalable System Framework that provides programmers a “drop-in” MPICH replacement library that can deliver the performance benefits of the Intel Omni-Path Architecture (Intel OPA ) communications fabric plus high core count Intel Xeon and Intel Xeon Phi processors.
“Drop-in” literally means that programmers can set an environmental variable to dynamically load the highly tuned and optimized Intel MPI library – no recompilation required! Of course, Intel’s MPI library supports other …
MPI and Scalable Distributed Machine Learning was written by Nicole Hemsoth at The Next Platform.
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I’m at Cisco Live this week in Las Vegas; forthwith, some observations, thoughts, and… a long rant.
First, if you’re here, look me up. I normally hang out around the Certification and/or Social areas when I’m not in meetings/etc. I’m pretty easy to find, so drop by and say hi. It’s been like old home week for me—reconnecting with people I’ve not seen in years, catching up and friendships, etc. I can’t tell you how much I appreciate the people I’ve worked with over the years in terms of friendships offered and skills learned. Seriously.
Second, I’m speaking on Thursday afternoon about understanding and managing network complexity. I’m pretty certain the session isn’t full yet, so come by and listen. It’s a 90 minute investment that could change the way you think about network design and operation. Seriously.
Third, The content seems to be deep and interesting this year, as always. This brings me to my first contrary point, though—this industry needs a show that compares with Live in depth of technical material, but isn’t tied to a particular vendor. Are you listening, Interop? I know, it’s hard to talk deep technology in the modern networking world—which leads me to Continue reading