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Massive Open-Vocabulary Keyword Spotting
June 09, 2026 Β· Grace Period Β· π Interspeech 2026
Authors
Leonor Barreiros, Raul Monteiro, Afonso Mendes, GonΓ§alo M. Correia
arXiv ID
2606.11279
Category
eess.AS: Audio & Speech
Cross-listed
cs.CL,
cs.LG,
cs.SD
Citations
0
Venue
Interspeech 2026
Abstract
Automatic speech recognition systems have been shown to under-perform when it comes to transcribing words rarely seen in the training data, namely specialized terminology. Open-vocabulary keyword spotting, combined with contextual biasing, has been shown to mitigate this issue. However, existing systems can only handle glossaries of a few hundred terms without becoming an infeasible bottleneck. We propose a system that stores features with a memory footprint up to 128 times smaller than a comparable baseline and allows users to process massive databases while remaining open-vocabulary. Without fine-tuning the speech recognition model, our system achieves a comparable entity recall as uncompressed solutions, even in languages not seen during training.
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