Enabling non –traditional HPC users

Enabling non –traditional HPC users Click here to view this email as a web page. Extending HPC to Artificial Intelligence and Other Non-Traditional Workloads An Intel® Omni-Path Architecture Case Study Register Now > Subscriber, Join us to hear how Pittsburgh Supercomputing Center (PSC) is enabling new and traditional users to take advantage of the Bridges supercomputer to tackle their data-intensive workloads. Nick Nystrom, PSC senior director of research, will describe how Bridges helps researchers tackle new kinds of problems in artificial intelligence, machine learning, genomics, the natural sciences and the humanities where scientists are impacted by both the volume and computational speed. Here's what you can expect to learn: • How PSC is facilitating the democratization of HPC • How Bridges allows HPC to be effectively applied to big data and new users • How HPE servers and Intel® Omni-Path Architecture combine to provide an optimized, holistic architecture to deliver optimal performance Plus Nick will share insights from various users running new workloads, including an artificial intelligence poker match which used Bridges' massive computational power (19 million core hours of it) to refine and adapt its strategy so that it beat four of the world's top players at no-limit Texas hold'em poker. Register now to learn more about how PSC is democratizing HPC.   Register Now   Bridges: Converging HPC and Big Data Tuesday, March 28, 2017 11 a.m. to 12 noon EST, 4 p.m. to 5 p.m. GMT Register Now

                                                           

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How Pittsburgh Supercomputing Center is facilitating data-intensive HPC

How Pittsburgh Supercomputing Center is facilitating data-intensive HPC Click here to view this email as a web page. Extending HPC to Artificial Intelligence and Other Non-Traditional Workloads An Intel® Omni-Path Architecture Case Study Register Now > Subscriber, Join us to hear how Pittsburgh Supercomputing Center (PSC) is enabling new and traditional users to take advantage of the Bridges supercomputer to tackle their data-intensive workloads. Nick Nystrom, senior director of research, will describe how Bridges helps researchers tackle new kinds of problems in artificial intelligence, machine learning, genomics, the natural sciences and the humanities where scientists are impacted by both the volume and computational speed. Here's what you can expect to learn: • How PSC is facilitating the democratization of HPC • How Bridges allows HPC to be effectively applied to big data and new users • How HPE servers and Intel® Omni-Path Architecture combine to provide an optimized, holistic architecture to deliver optimal performance Plus Nick will share insights from various users running new workloads, including an artificial intelligence poker match which used Bridges' massive computational power (19 million core hours of it) to refine and adapt its strategy so that it beat four of the world's top players at no-limit Texas hold'em poker. Register now to learn more about how PSC is democratizing HPC.   Register Now   Bridges: Converging HPC and Big Data Tuesday, March 28, 2017 11 a.m. to 12 noon EST, 4 p.m. to 5 p.m. GMT Register Now

                                                           

This was sent to ivwinds.steeds@blogger.com because you are subscribed to Webinars. To view and manage your email preferences or to unsubscribe from marketing-related emails from Intel, please click here. © 2017 Intel Corporation Intel Corporation, 2200 Mission College Blvd., M/S RNB4-145, Santa Clara, CA 95054 USA. www.intel.com Privacy | Cookies | *Trademarks | Unsubscribe | Manage Preferences