Efficient CFD Solver for Ship and Ocean Engineering Flows
Computational Marine Hydrodynamics Lab (CMHL) at Shanghai Jiao Tong University specializes in developing advanced CFD solvers for ship and ocean engineering applications. They focus on research areas like ship hydrodynamics, ocean engineering, offshore wind turbine systems, and more. The lab works o
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PELICAN: A Building Block for Exascale Cold Data Storage
PELICAN addresses the need for cost-effective storage of cold data in the cloud, offering exabyte-scale storage solutions. By provision resources specifically for cold data workloads, it optimizes storage efficiency and reduces unnecessary resources, resulting in high-density, low-cost storage with
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Updates and Development in Climate Modeling Efforts
This content discusses the latest developments and updates in the coupling of GCAM (Global Change Analysis Model) with E3SM (Energy Exascale Earth System Model). It covers enhancements in v2 efforts, namelist options for controlling features, status and plans for v3, and advancements in integrating
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Efficiency of Facebook’s Tectonic Filesystem for Exabyte-Scale Storage
Facebook's Tectonic Filesystem improves efficiency for exascale storage, addressing challenges in data warehouse, blob storage, and operational complexity. By offering a generic solution scalable to exabyte-scale clusters, Tectonic simplifies operations, enhances resource utilization, and supports m
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Impact of High-Bandwidth Memory on MPI Communications
Exploring the impact of high-bandwidth memory on MPI communications, this study delves into the exacerbation of the memory wall problem at Exascale and the need to leverage new memory technologies. Topics covered include intranode communication in MPICH, Intel Knight Landing memory architecture, and
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Improving Extreme Scale Data Placement for High Performance Computing
Explore the challenges faced by I/O subsystems in HPC machines at Exascale, and the proposed solution of using an Ad-hoc overlay file system for optimizing I/O performance. The research aims to enhance data placement through transparent solutions for parallel applications by leveraging additional st
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Advancing Exascale Computing with SPPEXA Programme
The SPPEXA Programme in Germany focuses on software development for Exascale Computing, promoting collaborative research consortia and international partnerships. It covers six key topics, involving various institutions globally to advance high-performance computing towards exascale readiness.
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