多语言字素到音素转换的共享任务

Peter Makarov, S. Clematide
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引用次数: 12

摘要

本文描述了苏黎世大学计算语言学研究所的团队向SIGMORPHON 2020挑战赛的多语言字形到音素转换(G2P)任务提交的内容。该提交采用了我们2018年版SIGMORPHON共享任务的系统。我们的系统是一个神经换能器,通过明确的编辑动作进行操作,并通过模仿学习进行训练。它非常适合于形态学字符串转导,部分原因是它利用了输入和输出字符字母重叠的事实。G2P提出的挑战是调整模型和训练程序来处理不相交的字母。我们调整模型使用替换编辑,并使用加权有限状态换能器作为专家策略来训练它。这些模型的集合在G2P上产生竞争性结果。我们的作品在共有9个团队提交的23份作品中排名第二。
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CLUZH at SIGMORPHON 2020 Shared Task on Multilingual Grapheme-to-Phoneme Conversion
This paper describes the submission by the team from the Institute of Computational Linguistics, Zurich University, to the Multilingual Grapheme-to-Phoneme Conversion (G2P) Task of the SIGMORPHON 2020 challenge. The submission adapts our system from the 2018 edition of the SIGMORPHON shared task. Our system is a neural transducer that operates over explicit edit actions and is trained with imitation learning. It is well-suited for morphological string transduction partly because it exploits the fact that the input and output character alphabets overlap. The challenge posed by G2P has been to adapt the model and the training procedure to work with disjoint alphabets. We adapt the model to use substitution edits and train it with a weighted finite-state transducer acting as the expert policy. An ensemble of such models produces competitive results on G2P. Our submission ranks second out of 23 submissions by a total of nine teams.
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Colexifications for Bootstrapping Cross-lingual Datasets: The Case of Phonology, Concreteness, and Affectiveness KU-CST at the SIGMORPHON 2020 Task 2 on Unsupervised Morphological Paradigm Completion Linguist vs. Machine: Rapid Development of Finite-State Morphological Grammars Exploring Neural Architectures And Techniques For Typologically Diverse Morphological Inflection SIGMORPHON 2020 Task 0 System Description: ETH Zürich Team
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