Data, Knowledge and Discovery: Machine Learning meets Natural Science

H. Durrant-Whyte
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引用次数: 3

Abstract

Increasingly it is data, vast amounts of data, that drives scientific discovery. At the heart of this so-called "fourth paradigm of science" is the rapid development of large scale statistical data fusion and machine learning methods. While these developments in "big data" methods are largely driven by commercial applications such as internet search or customer modelling, the opportunity for applying these to scientific discovery is huge. This talk will describe a number of applied machine learning projects addressing real-world inference problems in physical, life and social science areas. In particular, I will describe a major Science and Industry Endowment Fund (SIEF) project, in collaboration with the NICTA and Macquarie University, looking to apply machine learning techniques to discovery in the natural sciences. This talk will look at the key methods in machine learning that are being applied to the discovery process, especially in areas like geology, ecology and biological discovery.
数据、知识和发现:机器学习与自然科学的结合
越来越多的数据,大量的数据,推动着科学发现。这种所谓的“科学的第四范式”的核心是大规模统计数据融合和机器学习方法的快速发展。虽然“大数据”方法的这些发展主要是由互联网搜索或客户建模等商业应用推动的,但将这些应用于科学发现的机会是巨大的。本讲座将介绍一些应用机器学习项目,解决物理、生命和社会科学领域的现实推理问题。特别是,我将介绍一个重大的科学与工业捐赠基金(SIEF)项目,该项目与NICTA和麦考瑞大学合作,旨在将机器学习技术应用于自然科学的发现。本讲座将探讨机器学习中应用于发现过程的关键方法,特别是在地质学、生态学和生物学发现等领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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