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This study investigates the script-awareness of Small and Large Language Models, revealing that while they excel at reproducing standard Latin scripts, their ability to handle non-standard script combinations varies significantly between model sizes. The research highlights a critical dimension of off-target generation often overlooked in favor of language selection, providing essential insights for developers aiming to improve multilingual text fidelity and instruction following across diverse writing systems.
Are Language Models Script-Aware?
arXiv:2610.08037v1 Announce Type: new Abstract: Language models frequently generate outputs in unintended languages or scripts, a phenomenon known as off-target generation. While existing research has focused on language selection, the dimension of script knowledge remains understudied: before any linguistic understanding can occur, users must recognize the graphic symbols in a model's response. We investigate whether Small and Large Language Models (SLMs and LLMs) possess script knowledge by testing them on multi-scriptic languages. Through two complementary experiments, we evaluate whether models (1) adapt their output script to match the input, and (2) follow explicit instructions to generate text in a specified script. The models we tested demonstrate substantial script knowledge: they all achieve a near-perfect Latin script fidelity (more than 98%) and follow script instructions with high frequency. Nevertheless, we notice differences between LLMs and SLMs, with higher scores for LLMs including for non-standard script combinations.
Title:Are Language Models Script-Aware?
Abstract:Language models frequently generate outputs in unintended languages or scripts, a phenomenon known as off-target generation. While existing research has focused on language selection, the dimension of script knowledge remains understudied: before any linguistic understanding can occur, users must recognize the graphic symbols in a model's response. We investigate whether Small and Large Language Models (SLMs and LLMs) possess script knowledge by testing them on multi-scriptic languages. Through two complementary experiments, we evaluate whether models (1) adapt their output script to match the input, and (2) follow explicit instructions to generate text in a specified script. The models we tested demonstrate substantial script knowledge: they all achieve a near-perfect Latin script fidelity (more than 98%) and follow script instructions with high frequency. Nevertheless, we notice differences between LLMs and SLMs, with higher scores for LLMs including for non-standard script combinations.
Computation and Language (cs.CL)
arXiv:2610.08037 [cs.CL]
(or arXiv:2610.08037v1 [cs.CL] for this version)
https://doi.org/10.48550/arXiv.2610.08037 Focus to learn more arXiv-issued DOI via DataCite (pending registration)
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