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首页> 外文期刊>International Journal of Quantum Chemistry >Visualization: A cognition amplifier (Review)
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Visualization: A cognition amplifier (Review)

机译:可视化:认知放大器(综述)

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摘要

Computational codes produce huge quantities of numbers, but what scientists seek is insight. That is, they want to know what these numbers reveal about the phenomena under study. Visualization, transforming data into graphical structures, can enhance research effectiveness by leveraging human visual perceptual capabilities. Evolved over millions of years for survival, these capabilities enable us to see structures and perceive correlations and regularities around us. When properly visualized, we can apply these same perception capabilities, with little rational effort, to our data. In this tutorial, after analyzing a short definition of visualization, its major concepts will be seen in action using a popular chemistry visualization tool. The tutorial closes discussing paths for continued exploration of the future potential of these visualization techniques and tools. ? 2013 Wiley Periodicals, Inc. Computational codes produce huge quantities of numbers, but what scientists seek is understanding. Visualization, transforming data into graphical structures, can enhance research effectiveness by leveraging human visual perceptual capabilities. In this tutorial, after analyzing a short definition of visualization, its major concepts will be seen in action - hands-on - using a popular chemistry visualization tool. The tutorial closes discussing paths for continued exploration of the future potential of these visualization techniques and tools.
机译:计算代码产生大量数字,但科学家寻求的是洞察力。也就是说,他们想知道这些数字揭示了正在研究的现象。可视化将数据转换为图形结构,可以利用人类的视觉感知能力来提高研究效率。为了生存而发展了数百万年,这些功能使我们能够看到结构并感知周围的相关性和规律性。正确可视化后,我们可以在不费吹灰之力的情况下将这些相同的感知功能应用于我们的数据。在本教程中,在分析了可视化的简短定义之后,将使用流行的化学可视化工具在操作中看到其主要概念。本教程将结束讨论,继续探索这些可视化技术和工具的未来潜力。 ? 2013 Wiley Periodicals,Inc.计算代码产生大量数字,但科学家寻求的是理解。可视化将数据转换为图形结构,可以利用人类的视觉感知能力来提高研究效率。在本教程中,在分析了可视化的简短定义之后,将使用流行的化学可视化工具在动手操作中看到其主要概念。本教程将结束讨论,继续探索这些可视化技术和工具的未来潜力。

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