CT-VAE: An Unsupervised Noise Filtering Algorithm for Weibo Topic Datasets

Yingying He, Zheng Wang, Wei Zhao, Zhensu Sun
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Abstract

Weibo Topic has become a popular data source for text analysis. Its quality is important to the results of related research or applications. However, as a crowdsource dataset, Weibo Topic suffers from the noises generated by malicious bloggers. To attract more views, these bloggers tend to tag their blogs with unrelated topic tags, which brings significant noises to this dataset. To filter these noises, researchers have proposed automated filter methods using supervised or semi-supervised learning. However, these methods require human-annotated data to train the models, which significantly raises the cost to build such filtering systems. In this work, we propose an unsupervised filtering method, CT-VAE, based on Variational Auto-Encoder. CT-VAE trains multiple VAE models on different topics to identify the noises. Our experiments show that CT-VAE can achieve better results than supervised learning methods when more unlabeled data are collected.
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CT-VAE:微博话题数据集的无监督噪声滤波算法
微博话题已经成为一种流行的文本分析数据源。它的质量对相关研究或应用的结果至关重要。然而,作为一个众包数据集,微博话题受到恶意博主产生的噪音的影响。为了吸引更多的浏览量,这些博主倾向于用不相关的主题标签来标记他们的博客,这给数据集带来了显著的噪音。为了过滤这些噪音,研究人员提出了使用监督或半监督学习的自动过滤方法。然而,这些方法需要人工注释的数据来训练模型,这大大增加了构建此类过滤系统的成本。在这项工作中,我们提出了一种基于变分自编码器的无监督滤波方法CT-VAE。CT-VAE在不同的主题上训练多个VAE模型来识别噪声。我们的实验表明,当收集更多的未标记数据时,CT-VAE比监督学习方法取得了更好的效果。
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