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Exploring Fine-Grained Emotion Detection in Tweets

机译:在推文中探索细粒度的情绪检测

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摘要

We examine if common machine learning techniques known to perform well in coarsegrained emotion and sentiment classification can also be applied successfully on a set of fine-grained emotion categories. We first describe the grounded theory approach used to develop a corpus of 5,553 tweets manually annotated with 28 emotion categories. From our preliminary experiments, we have identified two machine learning algorithms that perform well in this emotion classification task and demonstrated that it is feasible to train classifiers to detect 28 emotion categories without a huge drop in performance compared to coarser-grained classification schemes.
机译:我们检查了已知的在粗粒度情感和情感分类中表现良好的常见机器学习技术是否也可以成功地应用于一组细粒度的情感类别。我们首先介绍扎根的理论方法,该方法用于开发5553条推文的语料库,并手​​动注释28种情感类别。从我们的初步实验中,我们确定了两种在这种情感分类任务中表现良好的机器学习算法,并证明与较粗粒度的分类方案相比,训练分类器检测28种情感类别是可行的,而性能却不会大幅下降。

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