EnvBERT:不平衡、噪声环境新闻数据的多标签文本分类

Dohyung Kim, Jahwan Koo, U. Kim
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引用次数: 2

摘要

不平衡和噪声分类问题对预测建模提出了挑战,因为大多数用于分类的机器学习算法都是围绕每个类的非噪声示例数量相等的假设设计的。有这些问题的模型会导致分类错误。本文提出了一种基于BERT的多标签文本分类模型EnvBERT,该模型在文本分类中包含多标签特征,对不平衡、有噪声的环境新闻数据具有良好的预测性能。EnvBERT是基于用韩语文本数据预训练的KoBERT模型。我们使用数据过采样技术来解决多标签数据的不平衡特征,并在为标签预测设置全局阈值的同时进行微调。结果表明,在不平衡和有噪声的环境新闻数据上,EnvBERT的分类性能提高了80%以上。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EnvBERT: Multi-Label Text Classification for Imbalanced, Noisy Environmental News Data
Imbalanced and noisy classification problems pose a challenge for predictive modeling as most of the machine learning algorithms used for classification were designed around the assumption of an equal number of non-noisy examples for each class. Models with these problems cause classification errors. We propose a multi-label text classification model based on BERT, EnvBERT, which includes multi-label features in text classification and has good predictive performance for imbalanced, noisy environmental news data. EnvBERT is based on the KoBERT model pre-trained with Korean text data. We used the data oversampling technique to resolve the imbalanced characteristics of multi-label data and fine-tuned while setting a global threshold for label prediction. As a result, we show that EnvBERT improves classification performance by more than 80% on the imbalanced and noisy environmental news data.
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