The Based on Rough Set Theory Development of Decision Tree after Redundant Dimensional Reduction

Priya Pal, Deepak Motwani
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Abstract

Decision tree technologists have been examined to be a helpful way to find out the human decision making within a host. Decision tree performs variable screening or feature selection. It requires relatively lesser effort from the users for the preparation of the data. In the proposed algorithm firstly we have undertaken to minimize the unnecessary redundancy in the decision tree, reducing the volume of the data set decision tree is a fabrication through rough set. The main advantage of rough set theory is to press out the vagueness in terms of the boundary region of a set. Rough sets do not need the primitive conditions to decide the boundaries on time. The algorithm reduces a complexity and improve accuracy, then increase. The result experiment of better accuracy and diminished tree of the complexity proposed in this algorithm.
基于粗糙集理论的决策树冗余降维后的发展
决策树技术已经被证明是一种有用的方法来发现宿主内部的人类决策。决策树执行变量筛选或特征选择。它需要用户相对较少的精力来准备数据。在提出的算法中,我们首先承诺最小化决策树中不必要的冗余,减少数据集决策树的体积是通过粗糙集制造的。粗糙集理论的主要优点是消除了集合边界区域的模糊性。粗糙集不需要原始条件来确定边界。该算法降低了算法的复杂度,提高了算法的精度。实验结果表明,该算法具有较好的准确率和较低的树复杂度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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