首页> 外文期刊>Genetic programming and evolvable machines >Gisele L. Pappa, Alex Freitas: Automating the design of data mining algorithms, an evolutionary computation approach
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Gisele L. Pappa, Alex Freitas: Automating the design of data mining algorithms, an evolutionary computation approach

机译:Gisele L. Pappa,Alex Freitas:自动化数据挖掘算法的设计,一种进化计算方法

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摘要

The book proposes using grammar based genetic programming (GP) to evolve innovative data mining algorithms for classification tasks. These algorithms are then extensively tested on a number of data sets. What sets this approach apart from earlier methods is that previous attempts simply tune a numerical parameter, whereas this method actually generates new algorithms in the form of if-then-else statements. In other words, genetic programming is used to automate the design of rule induction algorithms, as opposed to manually designing them which is the conventional approach. Pappa and Freitas concentrate on easy-to-interpret classification rules of the form of "if (conditions) then (class)" as we (humans) are more likely to place confidence in human interpretable rules, rather than black box approaches such as artificial neural networks. Thus the book is about decision support rather than automated decision making.
机译:该书建议使用基于语法的遗传编程(GP)来发展用于分类任务的创新数据挖掘算法。这些算法然后在大量数据集上进行了广泛的测试。这种方法与早期方法的不同之处在于,先前的尝试只是调整数字参数,而此方法实际上以if-then-else语句的形式生成新算法。换句话说,与常规方法手动设计算法相反,遗传编程用于使规则归纳算法的设计自动化。 Pappa和Freitas专注于易于理解的分类规则,其形式为“如果(条件)则(类)”,因为我们(人类)更可能对人类可解释的规则充满信心,而不是像人工的黑盒子方法那样神经网络。因此,这本书是关于决策支持而不是自动化决策的。

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