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Show Less, Instruct More: Enriching Prompts with Definitions and Guidelines for Zero-Shot NER
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Show Less, Instruct More: Enriching Prompts with Definitions and Guidelines for Zero-Shot NER
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Recently, several specialized instruction-tuned Large Language Models (LLMs) for Named Entity Recognition (NER) have emerged. Compared to traditional NER approaches, these models have demonstrated strong generalization capabilities. Existing LLMs primarily focus on addressing zero-shot NER on Out-of-Domain inputs, while fine-tuning on an extensive number of entity classes that often highly or completely overlap with test sets. In this work instead, we propose SLIMER, an approach designed to tackle never-seen-before entity tags by instructing the model on fewer examples, and by leveraging a prompt enriched with definition and guidelines. Experiments demonstrate that definition and guidelines yield better performance, faster and more robust learning, particularly when labelling unseen named entities. Furthermore, SLIMER performs comparably to state-of-the-art approaches in out-of-domain zero-shot NER, while being trained in a more fair, though certainly more challenging, setting.
Forward citations
Cited by 2 Pith papers
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Correct codes for the wrong reasons? validating LLMs as measurement instruments for theoretical constructs
Grain calibration decomposes theoretical constructs into clause-level components, tests each with extractive evidence, and combines results through explicit theory-derived rules to validate LLM coding beyond agreement...
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SAM-NER: Semantic Archetype Mediation for Zero-Shot Named Entity Recognition
SAM-NER improves cross-domain zero-shot NER by discovering entities, projecting them into domain-invariant semantic archetypes, and then calibrating those archetypes to target labels with a frozen LLM.
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