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Bio
His research has pushed the scalability limits of data science based on emergent storage technologies. This has ranged from engineering file systems for storage area networks in the 1990s, building scientific web services on scale-out cloud storage in the 2000s, and developing graph and sparse-matrix engines for machine learning in the 2010s. His work has been inspired by high-throughput science, including numerical simulations for turbulence, neuroscience microscopy, and observational astronomy.
Research Interests
Papers共 58 篇Author StatisticsCo-AuthorSimilar Experts
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Physical Review Fluidsno. 1 (2017): 014605
Joshua T. Vogelstein, Katrin Amunts, Andreas G. Andreou,Dora E. Angelaki,Giorgio A. Ascoli,Cori Bargmann,Randal Burns,Corrado Calì,Frances S. Chance,Miyoung Chun,George M. Church,Hollis T. Cline,
F1000Research (2016): 2873-2873
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