Ryo Yoshida
Ryo Yoshida has 4 papers in our library, in 2024–2026, most of them on Psycholinguistics & language acquisition, Language models & pretraining, Evaluation & benchmarks; often with Yohei Oseki, Taiga Someya, Masato Mita.
current affiliationThe University of Tokyo, Tokyo, Japan; The University of Osaka, Osaka, Japan
OpenAlex · ORCID · h-index 63 · 459 works · 16 296 citations OpenAlex, 2026-10-14
4 works in our library · 18 citations in our library · 1 more work in our library · ⭐ Paper Star rank #4655
Affiliations
🎓The University of Tokyo
Tokyo · Japan2002–2026 · 236 papers🎓The University of Osaka
Osaka · Japan2023–2026 · 3 papers🏛️Japan Science and Technology Agency
Tokyo · Japan2008–2011 · 20 papers🎓University of Tsukuba
Tsukuba · Japan1997–2010 · 19 papers🎓Kansai Medical University
Osaka · Japan1995–2013 · 14 papers🎓Nagoya Institute of Technology
Nagoya · Japan2015–2025 · 12 papers🎓Waseda University
Tokyo · Japan1990–2020 · 12 papers🎓Shinshu University
Matsumoto · Japan2009–2023 · 9 papers🎓Tohoku University
Sendai · Japan2009–2016 · 8 papers🎓Tokyo Women's Medical University
Tokyo · Japan1994–1996 · 8 papers
Topics
Works by year
2020s
Papers
- Targeted Syntactic Evaluation on the Chomsky Hierarchy (2024 · 10 citations)
The authors propose a new approach to Targeted Syntactic Evaluation. Rather than testing individual grammatical phenomena, they examine how language models handle constructions of varying complexity according to the Chomsky hierarchy. To this end, four artificial formal languages are constructed, each modeling a… - Developmentally-plausible Working Memory Shapes a Critical Period for Language Acquisition (2025 · 9 citations)
LLMs need far more training data than children to reach comparable linguistic competence. Drawing on the Critical Period Hypothesis and Newport's Less-is-More Hypothesis, the authors test whether mimicking how children's working memory grows can make LM training more data-efficient. They model working-memory growth… - An Existence Proof for Neural Language Models That Can Explain Garden-Path Effects via Surprisal (2026 · 1 citation)
Neural language models (LMs) estimate reading difficulty well on simple, naturalistic text. On garden-path sentences, however, their surprisal predicts far less slowdown than humans actually show. Several researchers have taken this gap as evidence that syntactic disambiguation cost lies outside surprisal theory.… - Rethinking the Relationship between the Power Law and Hierarchical Structures (2026)
Across many corpora, the statistical dependence between linguistic units (phones, characters, words) weakens with distance following a power law rather than an exponential curve.
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