Nathan Andrew Chi
2025
ModeLing: A Novel Dataset for Testing Linguistic Reasoning in Language Models
Nathan Andrew Chi
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Teodor Malchev
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Riley Kong
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Ryan Andrew Chi
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Lucas Huang
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Ethan A Chi
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R. Thomas McCoy
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Dragomir Radev
Proceedings of the Eighth Workshop on Technologies for Machine Translation of Low-Resource Languages (LoResMT 2025)
We introduce ModeLing, a novel benchmark of Linguistics Olympiad-style puzzles which tests few-shot reasoning in AI systems. Solving these puzzles necessitates inferring aspects of a language’s grammatical structure from a small number of examples. Such puzzles provide a natural testbed for language models, as they require compositional generalization and few-shot inductive reasoning. Consisting solely of new puzzles written specifically for this work, ModeLing has no risk of appearing in the training data of existing AI systems: this ameliorates the risk of data leakage, a potential confounder for many prior evaluations of reasoning. Evaluating several large open source language models and GPT on our benchmark, we observe non-negligible accuracy, demonstrating few-shot emergent reasoning ability which cannot merely be attributed to shallow memorization. However, imperfect model performance suggests that ModeLing can be used to measure further progress in linguistic reasoning.
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- Ryan Andrew Chi 1
- Ethan A. Chi 1
- Lucas Huang 1
- Riley Kong 1
- Teodor Malchev 1
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