A Classification Approach to Text Normalization

Guozhang Zhao, Chenkai Ma, Wenxian Feng, Rui Zhang
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引用次数: 1

Abstract

We propose a new model for text normalization: GRFE (Gated Recurrent Feature Extractor). With neural network GRU, it classifies the token into predefined types such as date, time, digit. and then normalized the tokens according to domain knowledge. GRFE can avoid many "silly errors" such as it won't normalize '17' as 'eighteen' or blending British English and American English in Date, and enhance the robustness and extendibility of the network. Experiments show that compared with the previous models, GRFE exploits less parameters and fewer layers. The number of parameters of GRFE is 30.69% of LSTM and 34.96% of CFE (Causal Feature Extractor). It takes less training time to achieve a better accuracy (92.77%).
文本规范化的分类方法
我们提出了一种新的文本归一化模型:GRFE(门控循环特征提取器)。利用神经网络GRU将token分类为日期、时间、数字等预定义类型。然后根据领域知识对标记进行规范化。GRFE可以避免许多“愚蠢的错误”,例如不会将17规范化为18,或者在Date中混用英式英语和美式英语,增强网络的鲁棒性和可扩展性。实验表明,与以前的模型相比,GRFE模型使用的参数更少,层数更少。GRFE的参数个数是LSTM的30.69%,CFE (Causal Feature Extractor)的34.96%。训练时间越短,准确率越高(92.77%)。
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