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Meta-Learning Based Framework for Helping Non-expert Miners to Choice a Suitable Classification Algorithm: An Application for the Educational Field

机译:基于元学习的框架,可帮助非专业矿工选择合适的分类算法:在教育领域的应用

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One of the most challenging tasks in the knowledge discovery process is the selection of the best classification algorithm for a data set at hand. Thus, tools which help practitioners to choose the best classifier along with its parameter setting are highly demanded. These will not only be useful for trainees but also for the automation of the data mining process. Our approach is based on meta-learning, which relies on the application of learning algorithms on meta-data extracted from data mining experiments in order to better understand how these algorithms can become flexible in solving different kinds of learning problems. This paper presents a framework which allows novices to create and feed their own experiment database and later, analyse and select the best technique for their target data set. As case study, we evaluate different sets of meta-features on educational data sets and discuss which ones are more suitable for predicting student performance.
机译:知识发现过程中最具挑战性的任务之一是为手头的数据集选择最佳分类算法。因此,迫切需要帮助从业者选择最佳分类器及其参数设置的工具。这些不仅对学员有用,而且对数据挖掘过程的自动化也很有用。我们的方法基于元学习,它依赖于学习算法在从数据挖掘实验中提取的元数据上的应用,以便更好地了解这些算法如何在解决各种学习问题时变得更加灵活。本文提出了一个框架,该框架允许新手创建和提供他们自己的实验数据库,然后为他们的目标数据集分析和选择最佳技术。作为案例研究,我们评估教育数据集上不同的元功能集,并讨论哪些元功能更适合预测学生的表现。

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