C5.0算法在Twitter数据流感预测中的应用

LZ Albances, Beatrice Anne Bungar, Jannah Patrize Patio, Rio Jan Marty Sevilla, Donata D. Acula
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引用次数: 3

摘要

由于一个人的健康是一个考虑因素,来自Twitter(数百万人经常使用的最受欢迎的社交媒体平台之一)的数据有助于预测某些疾病。研究人员利用C5.0算法代替朴素贝叶斯(Naive Bayes)算法,在推特上进行流感和非流感分类,开发了提高桑托斯和马托斯现有系统的准确率的系统。对于测试部分,仅在菲律宾境内收集了总共1000条推文来评估系统。此外,英语和他加禄语的推文都包含在数据集中。研究人员发现,经过测试,提出的系统在精确度方面达到了62.40%,在准确度方面达到了66%。结果表明,C5.0算法精度低于朴素贝叶斯算法,但精度高于朴素贝叶斯算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of C5.0 Algorithm to Flu Prediction Using Twitter Data
Since one's health is a factor considered, data coming from Twitter, one of the most popular social media platforms often used by millions of people, is beneficial for predictions of certain diseases. The researchers created a system that will improve the precision rate of the current system conducted by Santos and Matos using C5.0 algorithm instead of Naive Bayes algorithm for classifying tweets with flu or without flu. For the testing part, a total of 1000 tweets which is only limited within the Philippines were gathered to evaluate the system. Moreover, both English and Tagalog tweets are included in the dataset. The researchers found that the proposed system, after examination, has achieved a rate of 62.40% in terms of precision, and 66% in terms of accuracy. It was concluded that the C5.0 algorithm is less precise but more accurate than the Naive Bayes algorithm.
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