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Automated Labeling of Bugs and Tickets Using Attention-Based Mechanisms in Recurrent Neural Networks

机译:在经常性神经网络中使用基于注意的机制自动标记错误和票证

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We explore solutions for automated labeling of content in bug trackers and customer support systems. In order to do that, we classify content in terms of several criteria, such as priority or product area. In the first part of the paper, we provide an overview of existing methods used for text classification. These methods fall into two categories - the ones that rely on neural networks and the ones that don't. We evaluate results of several solutions of both kinds. In the second part of the paper we present our own recurrent neural network solution based on hierarchical attention paradigm. It consists of several Hierarchical Attention network blocks with varying Gated Recurrent Unit cell sizes and a complementary shallow network that goes alongside. Lastly, we evaluate above-mentioned methods when predicting fields from two datasets - Arch Linux bug tracker and Chromium bug tracker. Our contributions include a comprehensive benchmark between a variety of methods on relevant datasets; a novel solution that outperforms previous generation methods; and two new datasets that are made public for further research.
机译:我们探索了错误跟踪器和客户支持系统中的自动标记内容的解决方案。为此,我们根据若干标准归类内容,例如优先级或产品区域。在论文的第一部分中,我们提供了用于文本分类的现有方法的概述。这些方法分为两类 - 依赖神经网络和那些没有的那些类别。我们评估两种解决方案的结果。在本文的第二部分,我们基于分层关注范式呈现自己的经常性神经网络解决方案。它由几个分层关注网络块组成,具有不同的门控复发单元单元格尺寸和与旁边的互补浅网络组成。最后,我们在预测来自两个数据集 - 拱门Linux错误跟踪器和Chromium Bug跟踪器的字段时评估上述方法。我们的贡献包括关于相关数据集的各种方法之间的全面基准;一种以前优于前一代方法的新型解决方案;和两个新的数据集是公开的进一步研究。

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