首页> 外文会议>3rd IEEE International Workshop on Robot and Human Communication, 1994. RO-MAN '94 Nagoya, Proceedings, 1994 >Reconstruction of sampled and modeled oceanographic informationusing an exploratory environment
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Reconstruction of sampled and modeled oceanographic informationusing an exploratory environment

机译:在探索性环境中重建采样和建模的海洋学信息

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The Naval Oceanographic Office (NAVOCEANO) Department of Defense(DoD) Major Shared Resource Center (MSRC) operates as a DoD shared highperformance computing (HPC) center, serving over 2000 users nationwide.Scientific visualization is an essential element of HPC that providesthe methodology to explore, define, and present the results ofcomputations. Accurate and understandable representation of data impactsa project in several ways: it helps scientists understand the physicalphenomena they are studying, it helps communicate this work to theircolleagues, and it helps explain the work and its significance to thepublic. Our scientific visualization team, in conjunction withresearchers at our facility and other DoD facilities, have accomplishednumerous visualizations of large data sets. In this paper we presentexamples of the methods, techniques, and results of our efforts tovisualize observational data and the output of numeric oceanmodels
机译:海军海洋局(NAVOCEANO)国防部 (DoD)主要共享资源中心(MSRC)作为DoD共享高 性能计算(HPC)中心,为全国2000多个用户提供服务。 科学的可视化是HPC的基本要素,它可以提供 探索,定义和呈现结果的方法 计算。准确易懂的数据影响表示 一个项目有几种方式:它可以帮助科学家了解物理 他们正在研究的现象,这有助于将这项工作传达给他们 同事,它有助于解释这项工作及其对 上市。我们的科学可视化团队与 我们机构和其他国防部机构的研究人员已经完成了 大数据集的大量可视化。在本文中,我们介绍 我们努力的方法,技术和结果的示例 可视化观测数据和数字海洋的输出 楷模

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