Decision Network: a New Network-Based Classifier

Yong Yu, Ming Jing, Jie Li, Na Zhao, Jinzhuo Liu
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Abstract

In recent year, the combination of machine learning and complex networks is gaining more and more attention. Some network-based machine learning methods which transform the vector-based instances into a network has shown a lot of potential. Some researchers believe that the network can show more information than vector-based datasets. In this paper, we proposed a network-based classifier named decision network(DN). DN abstracts the corresponding relationships between attribute values and class labels into a weighted bipartite network. The weight of the edge between an attribute value node and a label node represents the tendency to assign the instance with this attribute value to the corresponding class. Compared with the existing classifier, DN is more comprehensible and easier to implement. We evaluated the performance of DN on 7 real-world datasets by using 10-fold cross validation. It performs better than 9 other methods.
决策网络:一种新的基于网络的分类器
近年来,机器学习与复杂网络的结合越来越受到人们的关注。一些基于网络的机器学习方法将基于向量的实例转化为网络,显示出很大的潜力。一些研究人员认为,与基于向量的数据集相比,该网络可以显示更多的信息。本文提出了一种基于网络的分类器决策网络(DN)。DN将属性值与类标号之间的对应关系抽象为加权二部网络。属性值节点和标签节点之间的边的权值表示将具有该属性值的实例分配给相应类的趋势。与现有的分类器相比,DN更容易理解,更容易实现。我们通过使用10倍交叉验证来评估DN在7个真实数据集上的性能。它的性能优于其他9种方法。
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