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Visualization and Analysis of Deep Water Asteroid Impacts

机译:深水小行星影响的可视化与分析

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As evident by the Earth's history, severe asteroid impacts pose a significant threat to all species living on our planet. The severity of an impact is difficult to predict due to the vast amount of dependent parameters and thus the potential consequences on climate, plate tectonics and organisms are not yet fully understood. To improve our understanding of the threats imposed by asteroid impacts, scientists at Los Alamos National Laboratory conducted an ensemble simulation for varying impact scenarios into deep water oceans. The IEEE Scientific Visualization Contest 2018 is dedicated to the visual analysis of these asteroid impact simulations. In this paper, we apply a number of recent state-of-the-art visualization techniques to visually compare and analyze the varying impact scenarios. We discuss both automatic approaches applicable to an in-situ analysis, as well as interactive approaches for a detailed exploration.
机译:由于地球历史明显,严重的小行星影响对生活在我们星球上的所有物种构成了重大威胁。由于大量依赖参数,难以预测影响的严重程度,因此尚未完全理解对气候,板块构造和生物体的潜在后果。为了改善我们对小行星影响所施加的威胁的理解,Los Alamos National实验室的科学家们对深水海洋变化了影响的影响。 IEEE科学可视化竞赛2018年致力于对这些小行星影响模拟的视觉分析。在本文中,我们应用了一些最近最先进的可视化技术,以便在视觉上比较和分析不同的影响方案。我们讨论适用于原位分析的自动方法,以及详细探索的互动方法。

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