Curriculum descant: machine learning for the masses

C. Congdon, Deepak Kumar
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Abstract

read additional material on other forms of machine learning to broaden their view of what the field includes, while not becoming overwhelmed with details of implementation. Useful data sets can often be obtained from faculty members in other departments on campus. Faculty members in other departments are likely to use other approaches (such as logistic regression) when analyzing their data, and some will welcome having a student try an entirely different approach to gain insight into the problem. The students, in turn, are able to see their computer science talents as useful relative to questions in another discipline. Another reason the course is attractive is that a teacher can give students the opportunity to use and modify large software systems. Several machine learning systems are available for downloading, for example, Students can be exposed to a culture where data sets and code are shared and can be expected to become oriented to a large system and make changes or extensions to a specific part of such a system. An undergraduate course in machine learning can be offered to a wide range of students, with minimal prerequisites, for example, to students who have completed a data structures course. Not even an artificial intelligence course need be a prerequisite; however, key topics such as search, heuristics, and representation must be introduced. Whereas a graduate level machine learning course is often structured to read scores of journal papers that describe different systems (perhaps working with three or four systems), an undergraduate-level course can eschew the " breadth " of machine learning and adopt a specific focus, Machine Learning for the Masses curriculum descant F ormerly considered an esoteric subfield of computer science, machine learning is now seeing broad use in computer science applications. It is used, for example, in search engines, computer games, adaptive user interfaces, personalized assistants, Web bots, and scientific applications. However, few colleges and universities require a course in machine learning as part of an undergraduate major in computer science. It is time for us as computer science educators to recast an introduction to machine learning concepts as a staple of a computer science education. Many possible flavors of machine learning might be emphasized, and in a one-course introduction to the field, a student must chart a course consistent with the educational environment and the instructor's background. For example, you might focus a course on a particular approach to machine …
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课程说明:面向大众的机器学习
阅读关于其他形式机器学习的额外材料,以扩大他们对该领域的看法,同时不要被实现的细节所淹没。有用的数据集通常可以从校园其他部门的教员那里获得。其他院系的教师在分析他们的数据时可能会使用其他方法(如逻辑回归),有些人会欢迎学生尝试一种完全不同的方法来深入了解问题。反过来,学生们能够看到他们的计算机科学才能相对于其他学科的问题是有用的。该课程吸引人的另一个原因是,老师可以给学生提供使用和修改大型软件系统的机会。有几个机器学习系统可供下载,例如,学生可以接触到数据集和代码共享的文化,可以期望他们面向一个大系统,并对这样一个系统的特定部分进行更改或扩展。机器学习的本科课程可以提供给广泛的学生,最低的先决条件,例如,完成数据结构课程的学生。甚至人工智能课程也不一定是先决条件;然而,关键的主题,如搜索,启发式,和表示必须介绍。研究生水平的机器学习课程通常是阅读大量描述不同系统的期刊论文(可能使用三到四个系统),而本科水平的课程可以避开机器学习的“广度”,并采用特定的重点,机器学习大众课程(以前被认为是计算机科学的深奥子领域),机器学习现在在计算机科学应用中得到了广泛的应用。例如,它被用于搜索引擎、电脑游戏、自适应用户界面、个性化助手、网络机器人和科学应用程序中。然而,很少有学院和大学要求机器学习课程作为计算机科学本科专业的一部分。作为计算机科学教育者,现在是时候将机器学习概念的介绍重新塑造为计算机科学教育的主要内容。可能会强调机器学习的许多可能的风格,并且在该领域的一门课程介绍中,学生必须绘制与教育环境和教师背景一致的课程。例如,您可以将课程重点放在机器的特定方法上……
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