社交媒体上抑郁症分析的机器学习技术——以孟加拉社区为例

Debasish Bhattacharjee Victor, Jamil Kawsher, Md Shad Labib, Subhenur Latif
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引用次数: 8

摘要

抑郁症是当今社会的一种普遍疾病。它改变并影响着我们的整个思维方式以及我们的情感、认知和日常行为。它影响了超过2.64亿人,而且这一比例每天都在增加。主要是当它持续很长一段时间,它成为一个严重的问题或健康话题。它导致值得信赖的人也失灵,那个人在他最后的位置上自杀。导致抑郁的原因有很多,尽管像Facebook、Twitter和其他社交网络在让我们更抑郁方面起着关键作用。大多数亚洲人使用Facebook、Twitter和各种聊天应用程序,他们在那里表达自己的情绪。这就是为什么我们的研究计划选择了社交媒体。已经有一些关于抑郁症的研究,但对孟加拉社区的抑郁症检测却很少。所以它已经成为今天的强烈需求。这家社交媒体已经启动了一项基于抑郁症、推文和大量聊天应用回复的研究,并收集了孟加拉数据,预测了抑郁症的帖子和评论。机器学习的各种方法已被用于评估这些数据和预测抑郁,并用于算法目的支持向量机,随机森林,决策树,k近邻,朴素贝叶斯(多项朴素贝叶斯),逻辑回归已被使用。将这些算法加在一起可以得到期望的结果。此外,不同的算法给我们不同的结果,因为趋势是共同的,但最终精度是相同的所有算法应用到我们的数据集。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Machine Learning Techniques for Depression Analysis on Social Media- Case Study on Bengali Community
Depression is a prevalent illness in todays society. It changes and influences our entire method of thought and our emotional, cognitive, and everyday behavioral behaviors. It affected over 264 million people, and the proportion increases every day. Mainly when it lasts for a prolonged time, it becomes a severe issue or health topic. It leads the trustworthy person to also malfunction, and that person commits suicide in his final position. There are several causes for depression, though social networking like Facebook, Twitter, and other networking plays a critical role in getting us more depressed. Most people in Asia use Facebook, Twitter, and various chat applications, and there they express their emotions. That is why our research initiative picks social media. Some work has been done on depression but depression detection on the Bengali community is done very rarely. So it has become a strong demand for today. The social media has intialted a study based on depression, tweets, and numerous chat app responses, and gathered Bengali data and projected depression posts and commentaries. Diverse approaches of machine learning have been used to evaluate these data and forecast depression and for algorithm purpose Support vector machine, Random Forest, Decision Tree, K-Nearest Neighbors, Naive Bayes (Multinomial Naive Bayes), Logistic Regression has been used. The desired results can be obtained by adding those algorithms. Moreover, different algorithms send us different results as trends were common, but ultimately the precision was the same for all algorithms applied to our dataset.
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