Talk Kirk Bresniker Chief Architect and HPE Fellow/VP
Title: Exaflops, Zettabytes and microseconds – Preparing to capitalize on simultaneous regime change in Computing
Exascale supercomputers transforming science and industry, intelligent social infrastructure comprised of tens of billions autonomous agents hosting artificial intelligences devouring Zettabytes of information in real time. Unprecedented opportunities for information technology to precipitate societal transformation, but as we reach the twilight of Moore’s Law, equally unprecedented is the uncertainty on how long conventional approaches will continue to allow sustainable computational growth to match changing demand. I’ll review these motivating factors and then cover The Machine Advanced Development Program I’ve lead at Hewlett Packard Labs is preparing to meet these complex opportunities.
Kirk Bresniker is Chief Architect of Hewlett Packard Labs and a Hewlett Packard Enterprise Fellow and Vice President. He joined Labs in 2014 to drive The Machine Research and Advanced Development program, leading teams across Labs and across HPE business units with the goal of demonstrating and evangelizing the benefits of Memory-Driven Computing. His current focus is accelerating the transfer of technologies from The Machine research program in order to drive differentiating value into existing product categories as well as disruptive new offerings. Prior to joining Labs, Kirk was Vice President and Chief Technologist in the HP Servers Global Business Unit representing 25 years of innovation leadership.
Joining HP as a PA-RISC system hardware engineer in 1989, he has always been a part of the Business Critical Systems team. In 1993, he was the design lead for the first HP entry-level multi-processor system which broke new ground in terms of low-cost, high performance design. Following that, he was the design lead for the entire D-class PA-RISC product family, one of the highest volume BCS product families ever introduced. Starting in 1997, Kirk began a decade-long research and development effort to develop novel new modular system architectures which would eventually become a new category of integrated hardware and software offerings known as Blade Servers. This early work was eventually refined and blended with the contributions of the combined HP-Compaq merger lead to become HP BladeSystem c-Class, the undisputed leader in Blade Server platforms. In 1999, he was the key architect for all PA-RISC and Itanium entry and mid-range servers and oversaw a complete re-vamp of the product line and prepared for the PA-RISC to Itanium transition. From 2000 onwards, Kirk oversaw the transformation of the HP-UX UNIX and fault tolerant NonStop to blades to extend BladeSystem to the mission critical market, culminating in the Superdome X mission critical X86 blade platform, the highest performing HPE Mission Critical ProLiant system ever created. It was also during this period that he led the earliest investigations into what would become The Machine Research program.
Kirk current holds 28 US and 10 foreign patents in areas of modular platforms and blade systems, integrated circuits, and power and environmental control. He graduated in 1989 Cum Laude from Santa Clara University with a BSEE and was also a member of the Humanities Honors program.
Date: 2018-May-30 Time: 12:00:00 Room: 336
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Workshop “Metabolism and mathematical models: Two for a tango” – 2nd Edition
Title: Workshop Metabolism and mathematical models: Two for a tango – 2nd Edition
Dates: October 25-26, 2022
Location: This workshop will be held in a virtual way
The topic of this workshop is metabolism in general, with a special focus, although not exclusive, on parasitology. Besides an exploration of the biological, biochemical and biomedical aspects, the workshop will also aim at presenting some of the mathematical modelling, algorithmic theory and software development that have become crucial to explore such aspects.
This workshop is being organised in the context of two projects, both with the Inria European Team Erable. One of the projects involves a partnership with the University of São Paulo (USP), in São Paulo, Brazil, more specifically the Institute of Mathematics and Statistics (IME) and the Institute of Biomedical Sciences – Inria Associated Team Capoeira – and the other involves the Inesc-ID/IST in Portugal, ETH in Zürich and EMBL in Heidelberg – H2020 Twinning Project Olissipo.
The workshop is open to all members of these two projects but also, importantly, to the community in general.
The program and more details are available here.