Exploratory computational study demonstrates communicative intent persists in speech recognition pre-decision data for dysarthric speech, suggesting new pathways for AI interpreters.
This preprint presents an initial study toward a Personal Speech Interpreter (PSI) for people with dysarthria. It investigates whether information related to a speaker’s intended utterance can remain in ASR pre-decision information even when it is lost from the final 1-best output. Using dysarthric Japanese speech and Reazon Japanese Zipformer, the study examines token posterior information and discusses its potential use for downstream intent reconstruction by a large language model (LLM), with particular attention to the safe handling of critical information such as numbers, times, negation, and agreement or disagreement.
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Hidenori Sano (2026) studied this question.
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