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大型信息图的线性代数与机器学习

Linear Algebra and Machine Learning of Large Informatics Graphs
课程网址: http://videolectures.net/nipsworkshops2010_mahoney_lam/  
主讲教师: Michael Mahoney
开课单位: 斯坦福大学
开课时间: 2011-01-13
课程语种: 英语
中文简介:
大型信息学图表,如大型社会和信息网络,通常具有使许多流行的机器学习和数据分析工具在很大程度上不合适的特性。虽然这对这些应用程序来说是有问题的,但它也表明,这些图作为开发新算法工具的测试用例可能很有用,而新算法工具可能更普遍地适用。许多流行的机器学习和数据分析工具都依赖于线性代数,通常将传统的数字线性代数代码称为黑盒。在简要回顾了传统线性代数和机器学习工具不适用性的大型社会和信息网络的一些结构特性之后,我将描述分析这些信息所产生的一些例子,例如";新线性代数";和";新机器学习";。数学图。这些新的方向涉及到“黑盒子”中的“内部”,它们对线性代数的要求与传统的数字、科学计算和小型机器学习应用所提出的要求截然不同。
课程简介: Very large informatics graphs such as large social and information networks typically have properties that render many popular machine learning and data analysis tools largely inappropriate. While this is problematic for these applications, it also suggests that these graphs may be useful as a test case for the development of new algorithmic tools that may then be applicable much more generally. Many of the popular machine learning and data analysis tools rely on linear algebra, and they are typically used by calling traditional numerical linear algebra code as a black box. After briefly reviewing some of the structural properties of large social and information networks that are responsible for the inapplicability of traditional linear algebra and machine learning tools, I will describe several examples of "new linear algebra" and "new machine learning" that arise from the analysis of such informatics graphs. These new directions involve looking "inside" the black box, and they place very different demands on the linear algebra than are traditionally placed by numerical, scientific computing, and small-scale machine learning applications.
关 键 词: 计算机科学; 机器学习; 线性代数
课程来源: 视频讲座网
最后编审: 2020-05-30:张荧(课程编辑志愿者)
阅读次数: 56