印尼激进主义数据集预处理预测激进内容

M. Subhan, Amang Sudarsono, A. Barakbah
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引用次数: 3

摘要

根据程序意义,激进的定义是邀请,激发,执行某些行为的内容,将圣战解释为自杀式炸弹。而对圣战的解读是有限的。在印度尼西亚,激进的内容通常与部落、宗教和种族等内容问题有关。自由基内容的分类由于其数量多、非结构化和噪声大,是一个具有挑战性的技术问题。内容量越大,就会产生越来越多的功能。这对高维的影响会导致分类算法的性能不佳。如何解决的问题是降维,如特征选择。在本研究中,我们提出了一种使用人脑和DF-Threshold来选择根本分类和非根本分类的特征的方法。在特征选择之前,首先进行预处理,然后进行文本挖掘,然后使用人脑和DF-Threshold进行特征选择。测试通过10次交叉验证,以k-最近邻(k-NN)作为其分类。基于这些试验,当k在k- nn上等于7时,我们得到了66.37%的最高准确率性能结果。
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Preprocessing of radicalism dataset to predict radical content in Indonesia
A radical definition according to procedural meanings is content that invites, provokes, performs certain acts, interprets jihad as a suicide bomb. And interpret the jihad is limited. In Indonesia, the radical content is often associated with content issues such Tribe, Religion, and Race. The classification of radical content is a challenging technical problem due to its large numbers, unstructured, and a lot of noise. The larger the amount of content it will produce more and more features. So that impact on the high dimensions and can lead to poor performance against the classification algorithm. How to solve the problem is dimensional reduction such as feature selection. In this study, we propose an approach to select features that are categorized radically and not radically using Human Brain and DF-Threshold. Prior to feature selection, preprocessing is performed, then text mining, then selection of features using Human Brain and DF-Threshold. Testing is done through 10-cross validation with k-Nearest Neighbor (k-NN) as its classification. Based on these trials we get the highest accuracy performance results of 66.37% with k on k-NN equal to 7.
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