Analysis of Levenshtein Transformer's Decoder and Its Variants

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1. Verfasser: Zhou, Ruiyang
Format: Preprint
Veröffentlicht: 2024
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author Zhou, Ruiyang
author_facet Zhou, Ruiyang
contents Levenshtein transformer (LevT) is a non-autoregressive machine translation model with high decoding efficiency and comparable translation quality in terms of bleu score, due to its parallel decoding and iterative refinement procedure. Are there any deficiencies of its translations and what improvements could be made? In this report, we focus on LevT's decoder and analyse the decoding results length, subword generation, and deletion module's capability. We hope to identify weaknesses of the decoder for future improvements. We also compare translations of the original LevT, knowledge-distilled LevT, LevT with translation memory, and the KD-LevT with translation memory to see how KD and translation memory can help.
format Preprint
id arxiv_https___arxiv_org_abs_2402_12249
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Analysis of Levenshtein Transformer's Decoder and Its Variants
Zhou, Ruiyang
Computation and Language
Levenshtein transformer (LevT) is a non-autoregressive machine translation model with high decoding efficiency and comparable translation quality in terms of bleu score, due to its parallel decoding and iterative refinement procedure. Are there any deficiencies of its translations and what improvements could be made? In this report, we focus on LevT's decoder and analyse the decoding results length, subword generation, and deletion module's capability. We hope to identify weaknesses of the decoder for future improvements. We also compare translations of the original LevT, knowledge-distilled LevT, LevT with translation memory, and the KD-LevT with translation memory to see how KD and translation memory can help.
title Analysis of Levenshtein Transformer's Decoder and Its Variants
topic Computation and Language
url https://arxiv.org/abs/2402.12249