High Performance Computing(HPC)performs more complex tasks with the application of parallel and distributed algorithms than computing on a single node.And HPC continuously advances in traditional domains of science an...High Performance Computing(HPC)performs more complex tasks with the application of parallel and distributed algorithms than computing on a single node.And HPC continuously advances in traditional domains of science and engineering.However,the emergence of novel applications calls for the lower latency of the network,which pushed the horizon of edge computing.Today,the diversity of HPC systems is more extensive,and rapid changes in hardware platforms and program environments increasingly challenge the high concurrency exploitation,hybrid resource management,energy efficiency,performance tuning,scalability and fault-tolerance.展开更多
文摘High Performance Computing(HPC)performs more complex tasks with the application of parallel and distributed algorithms than computing on a single node.And HPC continuously advances in traditional domains of science and engineering.However,the emergence of novel applications calls for the lower latency of the network,which pushed the horizon of edge computing.Today,the diversity of HPC systems is more extensive,and rapid changes in hardware platforms and program environments increasingly challenge the high concurrency exploitation,hybrid resource management,energy efficiency,performance tuning,scalability and fault-tolerance.
