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Deep Learning in Lexical Analysis and Parsing

机译:词法分析和解析中的深度学习

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摘要

Lexical analysis and parsing tasks, modeling deeper properties of the words and their relationships to each other, typically involve word segmentation, part-of-speech tagging and parsing. A typical characteristic of such tasks is that the outputs have structured. All of them can fall into three types of structured prediction problems: sequence segmentation, sequence labeling and parsing. In this tutorial, we will introduce two state-of-the-art methods to solve these structured prediction problems: graph-based and transition-based methods. While, traditional graph-based and transition-based methods depend on "feature engineering" work, which costs lots of human labor and may misses many useful features. Deep learning just right can overcome the above "feature engineering" problem. We will further introduction those deep learning models which have been successfully used for both graph-based and transition-based structured prediction.
机译:词法分析和解析任务,对单词的更深属性及其彼此之间的关系进行建模,通常涉及单词分段,词性标记和解析。此类任务的典型特征是输出已经结构化。所有这些都可以归结为三种类型的结构化预测问题:序列分割,序列标记和解析。在本教程中,我们将介绍两种解决这些结构化预测问题的最新方法:基于图的方法和基于过渡的方法。同时,传统的基于图和基于过渡的方法依赖于“特征工程”工作,这需要大量的人工,并且可能会丢失许多有用的功能。恰如其分的深度学习可以克服上述“功能工程”问题。我们将进一步介绍那些已成功用于基于图和基于过渡的结构化预测的深度学习模型。

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