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引用次数: 1
摘要
在本文中,我们探索了一种非常简单的非神经方法来映射正字法到语音转录在低资源背景下与相关语言的传输数据。我们从一个基线系统开始,把精力集中在数据增强上。我们有三个主要动作。首先,我们从基于hmm的系统开始(Novak et al., 2012)。其次,我们通过以受限的方式重组合法子字符串来增强我们的基本系统(Ryan和Hulden, 2020)。最后,我们通过只使用语音形式与目标语言共享所有双字母的训练对来限制我们的迁移数据。
Low-resource grapheme-to-phoneme mapping with phonetically-conditioned transfer
In this paper we explore a very simple nonneural approach to mapping orthography to phonetic transcription in a low-resource context with transfer data from a related language. We start from a baseline system and focus our efforts on data augmentation. We make three principal moves. First, we start with an HMMbased system (Novak et al., 2012). Second, we augment our basic system by recombining legal substrings in restricted fashion (Ryan and Hulden, 2020). Finally, we limit our transfer data by only using training pairs where the phonetic form shares all bigrams with the target language.