Predicting Popularity of Movie Using Support Vector Machines

D. Rantini, Rosyida Inas, S. W. Purnami
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引用次数: 2

Abstract

There are many movies performed, from low until high rating, which is the movie maybe popular or not popular. If many people watched that movie maybe it is popular, in other hand if a movie is watched by a little person so that movie can called as not popular movie. Popularity of movie can determined by several factors, such as likes, ratings, comments, etc. To determine popular or not popular of movie based on features, will use two classification methods that is logistic regression and Support Vector Machine (SVM). In this research, the data are Conventional and Social Media Movies Dataset 2014 and 2015. To get the best model and without ignoring the principle of parsimony, will do feature selection. The selected features are genre, sentiment, likes, and comments. That features will be used to classify the popularity of movies. This research used two classification methods namely logistic regression and Support Vector Machine (SVM). When used logistic regression, the accuracy is 77.29%, while used SVM the accuracy is 83.78%. Based on the accuracy of both methods, it is found that SVM gives the highest accuracy for CSM dataset. The highest accuracy is obtained from the SVM method with non-stratified holdout training-testing strategy.
用支持向量机预测电影的受欢迎程度
有很多电影表演,从低到高的评价,这是电影可能受欢迎或不受欢迎。如果有很多人看那部电影,那它可能是受欢迎的,另一方面,如果一部电影是由一个小人物看的,那么这部电影就可以被称为不受欢迎的电影。电影的受欢迎程度可以由几个因素决定,比如点赞、评分、评论等。为了根据特征来确定电影的流行与否,将使用逻辑回归和支持向量机(SVM)两种分类方法。本研究的数据来源于2014年和2015年的传统和社交媒体电影数据集。为了得到最好的模型,在不忽略简约原则的前提下,进行特征选择。选择的功能包括类型、情感、喜欢和评论。这些特征将被用来对电影的受欢迎程度进行分类。本研究采用逻辑回归和支持向量机两种分类方法。使用逻辑回归的准确率为77.29%,使用支持向量机的准确率为83.78%。对比两种方法的准确率,发现SVM对CSM数据集的准确率最高。采用非分层滞留训练-测试策略的支持向量机方法准确率最高。
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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