报告人简介:
董勤喜,海南大学二级教授,日本工程院外籍院士,教育部春晖计划海外专家团特聘专家。1997年获得奥地利因斯布鲁克大学计算力学专业博士学位,1998-2000年在日本学术振兴会(JSPS)从事博士后研究。自2020年全职加入海南大学以来,创建了“生态碳汇大数据超算科研创新团队”。该团队致力于利用超算数值仿真技术解决海洋污染、海洋数值模拟、油气柔性管道等问题,同时进行动力电池全生命周期产热规律的超算数值仿真研究。基于大数据分析,团队还进行动力电池健康状态评估及安全预警的研究。在国际知名期刊上发表了超过80篇论文,并参与编写了两部学术专著。曾获得日本土木学会论文奖3次。
报告摘要:
Withsupercomputing entering the exascale era (1018Floating-point Operations PerSecond,FLOPS), developed countries have formulated strategic measures to engage in related research, and at the same time supercomputing is facing a new wave of huge challenges. Based on supercomputing algorithms and the supporting software they generate, this talk provides a brief introduction to data structures, parallel processing methods, data exchange, simulation implementation, etc. It also explores the application of these elements in the research and development of high-end industrial software for intelligentmanufacturing-related fields.
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信息科学与工程学院(软件学院)
2024年9月6日