原理B的增量处理:神经模型与人之间的不匹配

Forrest Davis
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引用次数: 0

摘要

尽管神经语言模型定性地捕捉了许多人类语言行为,但最近的研究表明,它们低估了非语法结构的真实处理成本。我们通过研究原则B和共参考处理之间的相互作用,扩展了人类和模型之间的这些更细粒度的比较。当人们使用原则B来阻止某些结构位置影响他们的增量处理时,我们发现基于gpt的语言模型受到非语法位置的影响。我们通过将神经模型和人类之间的不匹配与训练数据的属性联系起来得出结论,并建议人类处理行为的某些方面并不直接遵循语言数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Incremental Processing of Principle B: Mismatches Between Neural Models and Humans
Despite neural language models qualitatively capturing many human linguistic behaviors, recent work has demonstrated that they underestimate the true processing costs of ungrammatical structures. We extend these more fine-grained comparisons between humans and models by investigating the interaction between Principle B and coreference processing. While humans use Principle B to block certain structural positions from affecting their incremental processing, we find that GPT-based language models are influenced by ungrammatical positions. We conclude by relating the mismatch between neural models and humans to properties of training data and suggest that certain aspects of human processing behavior do not directly follow from linguistic data.
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