China is playing an increasingly important role in international supercomputing. In highperformance computing domain, there are two famous awards: The TOP500 list for the fastest 500 supercomputers in the world and the Gordon Bell Prize for the best HPC（high-performance computing）applications. China has been awarded in both TOP500 list and Gordon Bell Prize. In this paper, we review the supercomputers in the latest TOP500 list and seven Gordon Bell Prize applications to show the research trend o... 

【文章來源】：Science China（Information Sciences）. 2020,63(07)EISCICSCD

【文章頁數(shù)】：14 頁

【文章目錄】：
1 Introduction
2 The TOP500 insights
    2.1 Introduction of the TOP500
    2.2 Plan of CORAL
        2.2.1 IBM Summit supercomputer
        2.2.2 IBM Sierra supercomputer
    2.3 HPCG benchmark
    2.4 Summary
3 The Gordon Bell Prize
    3.1 Introduction of the Gordon Bell Prize
    3.2 Gordon Bell Prize in China
    3.3 2018 Gordon Bell Prize finalist:ShenTu-processing multi-trillion edge graphs on mil-lions of cores in seconds
        3.3.1 Application introduction
        3.3.2 Innovation points
        3.3.3 Performance
    3.4 2018 Gordon Bell Prize finalist:167-PFLOPs deep learning for electron microscopy:from learning physics to atomic manipulation
        3.4.1 Application introduction
        3.4.2 Innovation points
        3.4.3 Performance
    3.5 2018 Gordon Bell Prize finalist:a fast scalable implicit solver for nonlinear time-evolution earthquake city problem on low-ordered unstructured finite elements with artificial intelligence and transprecision computing
        3.5.1 Application introduction
        3.5.2 Innovation points
        3.5.3 Performance
    3.6 2018 Gordon Bell Prize finalist:simulating the weak death of the neutron in a fem-toscale universe with near-exascale computing
        3.6.1 Application introduction
        3.6.2 Innovation points
        3.6.3 Performance
    3.7 2018 Gordon Bell Prize:exascale deep learning for climate analytics
        3.7.1 Application introduction
        3.7.2 Innovation points
        3.7.3 Performance
    3.8 2018 Gordon Bell Prize:attacking the opioid epidemic:determining the epistatic and pleiotropic genetic architectures for chronic pain and opioid addiction
        3.8.1 Application introduction
        3.8.2 Innovation points
        3.8.3 Performance
    3.9 2019 Gordon Bell Prize finalist:46 PFLOPS simulation of a metallic dislocation system
        3.9.1 Application introduction
        3.9.2 Innovation points
        3.9.3 Performance
    3.1 0 2019 Gordon Bell Prize:a data-centric approach to extreme-scale Ab initio dissipa-tive quantum transport simulations
        3.1 0. 1 Application introduction
        3.1 0. 2 Innovation points
        3.1 0. 3 Performance
4 Research trend of supercomputers and applications
5 Conclusion



本文編號：3372458