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Grammar Control for Language Learning with Sequential Monte Carlo and Small Language Models
KM

Kate McCurdy, Jacob Hoover Vigly, Thomas Hikaru Clark, Karolina Sta\'nczak, Yahya Emara, Joshua B. Tenenbaum, Alexander K. Lew, Ryan Cotterell, Timothy J. O'Donnell

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ResearcharXiv cs.CL

Grammar Control for Language Learning with Sequential Monte Carlo and Small Language Models

arXiv:2610.39800v1 Announce Type: new Abstract: Second language learners benefit from exposure to level-appropriate grammar in interactive language use. While prompted frontier language models can usually produce target grammar structures, less resource-intensive models that can be run on device often fail in this task. We use sequential Monte Carlo (SMC) to steer dialogue turn generation in small lan- language models toward target grammar constructions from an expert-developed pedagogical resource. With a minimal set of hand-coded potential functions, SMC achieves near-perfect coverage of target grammar, enabling small models to outperform state-of-the-art results from models 140 times larger. We also use code synthesis with frontier models to generate new potentials, showing that our method scales to hundreds of target grammar skills with no need for additional training or supervised data.

Original source

This story was published by arXiv cs.CL and written by Kate McCurdy, Jacob Hoover Vigly, Thomas Hikaru Clark, Karolina Sta\'nczak, Yahya Emara, Joshua B. Tenenbaum, Alexander K. Lew, Ryan Cotterell, Timothy J. O'Donnell. SyncAI.news shows a preview; the complete article is on the publisher's site.

Read the full story on arxiv.org

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