The Next-Generation Accelerated Data Center for HPC and AI
Marc Hamilton | VP Solutions Architecture | NVIDIA
High performance computing (HPC) and Artificial Intelligence (AI) are fuelling the advancement of scientific discovery and business innovation. Join Marc Hamilton of NVIDIA to learn about the next wave of technologies and innovations transforming the world of AI and computational science, from the data center to the cloud and to the edge.
The Next-Generation Accelerated Data Center for HPC and AI
Marc Hamilton | VP Solutions Architecture | NVIDIA
High performance computing (HPC) and Artificial Intelligence (AI) are fuelling the advancement of scientific discovery and business innovation. Join Marc Hamilton of NVIDIA to learn about the next wave of technologies and innovations transforming the world of AI and computational science, from the data center to the cloud and to the edge.
INTRODUCTION
Alex Bouzari | CEO | DDN
Paul Bloch | President and Co-Founder | DDN
Alex Bouzari and Paul Bloch welcome you to the DDN User Group at SC22, and provide their perspectives on the trends and innovations coming soon in AI and HPC.
INTRODUCTION
Alex Bouzari | CEO | DDN
Paul Bloch | President and Co-Founder | DDN
Alex Bouzari and Paul Bloch welcome you to the DDN User Group at SC22, and provide their perspectives on the trends and innovations coming soon in AI and HPC.
NCSA Taiga: Research-Focused Storage
JD Maloney | Senior HPC Storage Engineer | NCSA
JD Maloney, of the National Center for Supercomputing Applications at the University of Illinois, gives an overview of the Taiga storage architecture used by both research and private sector customers.
NCSA Taiga: Research-Focused Storage
JD Maloney | Senior HPC Storage Engineer | NCSA
JD Maloney, of the National Center for Supercomputing Applications at the University of Illinois, gives an overview of the Taiga storage architecture used by both research and private sector customers.
C-DAC – Building a National HPC Strategy for India
Mr. Sanjay Wandhekar | Senior Director | C-DAC, India
Mr. Sanjay Wandhekar is the Senior Director at C-DAC, the Centre for Development of Advanced Computing in India. Sanjay presents National Supercomputing Mission (NSM) activities across India, which include the implementing of Supercomputing facilities and ecosystem development, and development of critical HPC technologies.
Finding Nano-Scale Needles in a Peta-Scale Haystack
Krishna Muriki | HPC Architect/Systems Design Engineer | KLA
Krishna Muriki presents an overview of the challenges of manufacturing silicon chips at scale – in particular, how to check a foot-wide silicon wafer for defects which are just a few nanometers in size. KLA’s vision inspection systems need to scan entire wafers at high speed for real-time defect analysis, and archive the images long-term for process diagnostics and machine learning.
Finding Nano-Scale Needles in a Peta-Scale Haystack
Krishna Muriki | HPC Architect/Systems Design Engineer | KLA
Krishna Muriki presents an overview of the challenges of manufacturing silicon chips at scale – in particular, how to check a foot-wide silicon wafer for defects which are just a few nanometers in size. KLA’s vision inspection systems need to scan entire wafers at high speed for real-time defect analysis, and archive the images long-term for process diagnostics and machine learning.
FINDING NANO-SCALE NEEDLES IN A PETA-SCALE HAYSTACK
Krishna Muriki | HPC Architect/Systems Design Engineer | KLA
Krishna Muriki presents an overview of the challenges of manufacturing silicon chips at scale – in particular, how to check a foot-wide silicon wafer for defects which are just a few nanometers in size. KLA’s vision inspection systems need to scan entire wafers at high speed for real-time defect analysis, and archive the images long-term for process diagnostics and machine learning.
HiPerGator 3 – Balancing multiple workloads and conflicting demands
Erik Deumens | Research Computing Senior Director | University of Florida
Erik Deumens shares his experience of balancing multiple workloads and resource allocations on large-scale supercomputers, including the HiPerGator family of systems.
HiPerGator 3 – Balancing multiple workloads and conflicting demands
Erik Deumens | Research Computing Senior Director | University of Florida
Erik Deumens shares his experience of balancing multiple workloads and resource allocations on large-scale supercomputers, including the HiPerGator family of systems.
Data-Enabled Scientific Computing at SDSC
Amit Majumdar | Division Director, Data Enabled Scientific Computing Division | SDSC
SDSC Voyager is an NSF funded Category-II supercomputer for exploring AI in science and engineering applications. Amit Majumdar gives an overview of the Voyager system, based on Intel’s Habana Lab AI processors, and provides a unique opportunity to use AI focused hardware for exploring AI in science and engineering.
Data-Enabled Scientific Computing at SDSC
Amit Majumdar | Division Director, Data Enabled Scientific Computing Division | SDSC
SDSC Voyager is an NSF funded Category-II supercomputer for exploring AI in science and engineering applications. Amit Majumdar gives an overview of the Voyager system, based on Intel’s Habana Lab AI processors, and provides a unique opportunity to use AI focused hardware for exploring AI in science and engineering.
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