5 Aug 2020
Fahad Saeed of FIU presents a talk on Application of GPUs in Proteomics and Connectomics. Pre-recorded session for GPUs for Science 2020 https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/
- 1 participant
- 16 minutes
5 Aug 2020
Laurie Stephey and Daniel Margala of NERSC present a talk on DESI. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Session Chair: Yan Zhang.
- 3 participants
- 15 minutes
5 Aug 2020
Steven Farrell of NERSC presents a talk on Deep Learning For Science. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Session Chair: Yan Zhang.
- 2 participants
- 25 minutes
5 Aug 2020
Johannes Blaschke of LBNL presents a talk on ExaFEL project port to GPU. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Session Chair: Muaaz Awan
- 1 participant
- 18 minutes
5 Aug 2020
Chi-kwan Chan of Steward Observatory/University of Arizona presents a talk on GPU-Accelerated General Relativistic Ray Tracing for Simulating Black Hole Images. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Session Chair: Muaaz Awan
- 4 participants
- 27 minutes
5 Aug 2020
Charlene Yang of NERSC presents a talk on GW Calculations at Scale. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Session Chair: Michael Rowan.
- 1 participant
- 20 minutes
5 Aug 2020
Dossay Oryspayev (LBNL), Muaaz Awan (LBNL), Hugo Brunie (LBNL), & Michael Rowan (LBNL) present a tutorial on Intro to CUDA programming.
- 3 participants
- 37 minutes
5 Aug 2020
Jeff Hammond from Intel presents a talk on Intro to SYCL/DPC++ for GPUs. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Session Chair: Oisín Creaner
- 2 participants
- 19 minutes
5 Aug 2020
Jay Srinivasan of NERSC presents an Introduction to Perlmutter. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Session Chair: Oisín Creaner
- 3 participants
- 21 minutes
5 Aug 2020
Samuel Williams of LBNL presents a talk on Introduction to the Roofline Model. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Due to some data loss, this recording is missing the start of the talk. Session Chair: Yan Zhang.
- 3 participants
- 17 minutes
5 Aug 2020
Kate Clark from NVIDIA presents a talk on Mixed precision optimization for lattice quantum chromodynamics. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Session Chair: Hugo Brunie
- 1 participant
- 20 minutes
5 Aug 2020
Nicholas Sauter from LBNL presents a talk on New protein crystallographic science enabled with GPU computing at X-ray free electron lasers. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Session Chair: Hugo Brunie
- 2 participants
- 19 minutes
5 Aug 2020
Thorsten Kurth from NVIDIA presents a talk on Optimizing Data Preprocessing in Cosmo-3D -Developing Efficient Pipelines with DALI and Nsight Systems. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Due to some data loss, this recording is missing the start of the talk. Session Chair: Michael Rowan.
- 2 participants
- 19 minutes
5 Aug 2020
Christopher Daley (LBNL), John Owens (UC Davis) and Phil Roth (Oak Ridge National Lab) present a Panel Discussion on Performance and Portability. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/
Due to some data loss, this recording is missing the start of the initial discussion. Panel Chair: Muaaz Awan.
Due to some data loss, this recording is missing the start of the initial discussion. Panel Chair: Muaaz Awan.
- 7 participants
- 43 minutes
5 Aug 2020
Jonathan Madsen of LBNL presents a talk on Profiling/debugging for GPUs. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Session Chair: Yan Zhang.
- 1 participant
- 19 minutes
5 Aug 2020
Rahul Gayatri (LBNL), Sunita Chandrasekaran (University of Delaware) and David Alexander Beckingsale (LLNL) present a panel discussion on Programming platforms: Kokkos, Raja and OpenACC. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Panel Chair: Dossay Oryspayev
- 6 participants
- 1:01 hours
5 Aug 2020
CJ Newburn (NVIDIA), Xiaoye Sherry Li (LBNL) & Cindy Rubio González (UC Davis) present a panel discussion on Reduced/Mixed Precision Optimization Techniques. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Panel Chair: Hugo Brunie
- 4 participants
- 51 minutes
5 Aug 2020
Rene van Oostrum from AMD presents a talk on Understanding AMD GPU ISA. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Session Chair: Oisín Creaner
- 3 participants
- 19 minutes
5 Aug 2020
Max Katz from NVIDIA presents a talk on Using GPUs as Accelerators. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Session Chair: Oisín Creaner
- 2 participants
- 18 minutes
5 Aug 2020
Sunita Chandrasekaran of the University of Delaware presents a talk on Using OpenACC to accelerate scientific applications on GPUs. Recorded live via Zoom at GPUs for Science 2020. https://www.nersc.gov/users/training/gpus-for-science/gpus-for-science-2020/ Session Chair: Muaaz Awan
- 2 participants
- 20 minutes
