ACLM: A Selective-Denoising based Generative Data Augmentation Approach for Low-Resource Complex NER

• URL: http://arxiv.org/abs/2306.00928v1
• Date: Thu, 1 Jun 2023 17:33:04 GMT
• Title: ACLM: A Selective-Denoising based Generative Data Augmentation Approach for Low-Resource Complex NER
• Authors: Sreyan Ghosh and Utkarsh Tyagi and Manan Suri and Sonal Kumar and S Ramaneswaran and Dinesh Manocha
• Abstract summary: We present ACLM Attention-map aware keyword selection for Conditional Language Model fine-tuning. ACLM alleviates the context-entity mismatch issue, a problem existing NER data augmentation techniques suffer from. We demonstrate the effectiveness of ACLM both qualitatively and quantitatively on monolingual, cross-lingual, and multilingual complex NER.
• Score: 47.32935969127478
• License: http://creativecommons.org/licenses/by/4.0/
• Abstract: Complex Named Entity Recognition (NER) is the task of detecting linguistically complex named entities in low-context text. In this paper, we present ACLM Attention-map aware keyword selection for Conditional Language Model fine-tuning), a novel data augmentation approach based on conditional generation to address the data scarcity problem in low-resource complex NER. ACLM alleviates the context-entity mismatch issue, a problem existing NER data augmentation techniques suffer from and often generates incoherent augmentations by placing complex named entities in the wrong context. ACLM builds on BART and is optimized on a novel text reconstruction or denoising task - we use selective masking (aided by attention maps) to retain the named entities and certain keywords in the input sentence that provide contextually relevant additional knowledge or hints about the named entities. Compared with other data augmentation strategies, ACLM can generate more diverse and coherent augmentations preserving the true word sense of complex entities in the sentence. We demonstrate the effectiveness of ACLM both qualitatively and quantitatively on monolingual, cross-lingual, and multilingual complex NER across various low-resource settings. ACLM outperforms all our neural baselines by a significant margin (1%-36%). In addition, we demonstrate the application of ACLM to other domains that suffer from data scarcity (e.g., biomedical). In practice, ACLM generates more effective and factual augmentations for these domains than prior methods. Code: https://github.com/Sreyan88/ACLM

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