Eager decision tree

Sachin Gavankar, S. Sawarkar
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引用次数: 33

Abstract

Decision Tree induction is commonly used classification algorithm. One of the important problems is how to use records with unknown values from training as well as testing data. Many approaches have been proposed to address the impact of unknown values at training on accuracy of prediction. However, very few techniques are there to address the problem in testing data. In our earlier work, we discussed and summarized these strategies in details. In Lazy Decision Tree, the problem of unknown attribute values in test instance is completely eliminated by delaying the construction of tree till the classification time and using only known attributes for classification. In this paper we present novel algorithm ‘Eager Decision Tree’ which constructs a single prediction model at the time of training which considers all possibilities of unknown attribute values from testing data. It naturally removes the problem of handing unknown values in testing data in Decision Tree induction like Lazy Decision Tree.
急切决策树
决策树归纳法是常用的分类算法。其中一个重要的问题是如何使用来自训练数据和测试数据的未知值记录。为了解决训练中未知值对预测准确性的影响,已经提出了许多方法。然而,很少有技术可以解决测试数据中的问题。在我们早期的工作中,我们详细讨论和总结了这些策略。在Lazy Decision Tree中,通过将树的构造推迟到分类时间,只使用已知属性进行分类,完全消除了测试实例中属性值未知的问题。本文提出了一种新的算法“渴望决策树”,该算法在训练时构建一个单一的预测模型,该模型考虑了测试数据中未知属性值的所有可能性。它自然地消除了像Lazy Decision Tree那样在决策树归纳中处理测试数据中未知值的问题。
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