Presentation
SIGN IN TO VIEW THIS PRESENTATION Sign In
The First Workshop on Democratizing High-Performance Computing (D-HPC)
DescriptionHigh-performance computing (HPC) is at an inflection point in which the near-end of Moore’s Law, the big data explosion from AI workflows and experiments, increasing operational costs, and heterogeneous architectures have led to significant technical and economical barriers.
The proposed “Democratizing HPC” (D-HPC) workshop will bring together interdisciplinary communities of developers, facility staff and users, vendors, researchers, educators, etc., to define, understand, and quantify the accessibility of HPC technologies and ecosystems that characterize the path from idea to scientific discovery. Past success stories are the message passing interface (MPI) and graphics processing units (GPU). We understand the democratization of HPC in its broadest meaning, pursuing success stories about enabling and/or improving accessibility in data- and compute-intensive applications across all domains from simulations, data management and analysis, to more recent fields, such as AI, for a wide variety of computing targets: manycore, quantum, neuromorphic, field-programmable gate arrays (FPGAs), chiplets, etc.
The proposed “Democratizing HPC” (D-HPC) workshop will bring together interdisciplinary communities of developers, facility staff and users, vendors, researchers, educators, etc., to define, understand, and quantify the accessibility of HPC technologies and ecosystems that characterize the path from idea to scientific discovery. Past success stories are the message passing interface (MPI) and graphics processing units (GPU). We understand the democratization of HPC in its broadest meaning, pursuing success stories about enabling and/or improving accessibility in data- and compute-intensive applications across all domains from simulations, data management and analysis, to more recent fields, such as AI, for a wide variety of computing targets: manycore, quantum, neuromorphic, field-programmable gate arrays (FPGAs), chiplets, etc.
