Bloomington, IN — The Global Network Operations Center at Indiana University, or GlobalNOC, has signed a four-year agreement in partnership with the Vera C. Rubin Observatory as its inaugural virtual network operations center (VNOC). GlobalNOC will help ensure the transfer of the observatory’s astronomical data from its remote location in Chile to data repositories in the United States and […]

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Following his highly anticipated and always-insightful closing night keynote at the recent ISC conference, we caught up with Prof. Thomas Sterling to discuss the state of HPC.  Dr. Sterling is professor of intelligent systems engineering at Indiana University School of Informatics, Computing, and Engineering, and president and co-founder of Simultac, a technology company focused on […]

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As you plan for next week’s Virtual SC20, we thought it would be helpful to ask four HPC industry experts for guidance regarding the sessions, trends, news and other highlights worthy of your attention coming out of what one of our panelists, Dr. Thomas Sterling of the University of Indiana (and of Beowulf cluster pioneering fame), described as “a diverse and rich” program agenda.

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As part of the worldwide effort to understand and contain the COVID-19 pandemic, Indiana University’s Jetstream, which offers cloud-based, on-demand computing and data analysis resources within the Extreme Science and Engineering Discovery Environment (XSEDE), is fast-tracking projects that respond to the crisis. "Through the COVID-19 HPC Consortium, Jetstream will provide vital high-performance computing resources. Specifically, priority use of IU’s Jetstream cloud system for analysis of the virus and searches for cures and vaccines. Jetstream offers cloud-based, on-demand computing and data analysis resources, in support of research related to COVID-19."

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Today ISC 2020 announced that Mattias Troyer and Thomas Sterling will be keynote speakers at the event. During his keynote, Troyer will describe the hardware and software architectures of quantum computers systems and discuss how they differ from classical HPC systems. Sterling’s closing address this year promises to be more wide-ranging than his usual retrospective, as he traces the intersection of long-term trends involving the diminishing prospects of Moore’s Law, the lengthening lifetimes systems, the consolidation of the HPC market, and the ascent of machine learning."

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Indiana University has launched a Quantum Science and Engineering Center. The new center will investigate possibilities created by the strange properties of quantum theory, particularly the phenomenon known as quantum entanglement. Within the past two decades or so, scientists have realized that entanglement can revolutionize technologies in fields such as cryptography, computing, and the creation of new materials and sensors. These recent developments hold such promise that some refer to them as the start of the "second quantum revolution."

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In this video, technicians install the Big Red 200 supercomputer at Indiana University. IU is the first university to deploy a Cray Shasta system, the Cray Slingshot interconnect and Cray Urika AI Suite for Shasta, providing its engineers, researchers and scientists powerful resources for the next era of computing. The new supercomputer will be instrumental in the University’s exploration and advancement of AI in education, cybersecurity, medicine, environmental science and more.

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In this video, from Forrest Norrod from AMD welcomes Peter Ungaro from Cray to discuss how 2nd Generation AMD EPYC processors with drive new levels of performance for HPC. The AMD EPYC 7002 Series Processors are the first x86 server processors featuring 7nm hybrid-multi-die design and PCIe Gen4. With up to 64 high performance cores per SOC, 2nd Gen AMD EPYC Processors deliver world-record performance on industry benchmarks. They are available in the Cray CS500 cluster and Shasta supercomputers."

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