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A finger-to-ear ECG paradigm that combines an in-ear electrode with a rear housing finger-contact electrode in a speaker-equipped earbud is evaluated, establishing finger-to-ear ECG as a robust, morphology-aware paradigm for opportunistic sensing in earables.
EarStreAM is presented, a closed-loop earable system for stress-adaptive meditation that integrates in-ear physiological sensing with personalized, real-time intervention and highlights how in-ear sensing, closed-loop adaptation, and personalized generative meditation can be integrated into an earable system for real-t...
It is shown how infrared earables can make physiological feedback tangible through subtle, biosignal-adaptive thermal cues through subtle, ear-localized warming cues.
This work introduces earables as a direct, hands-free control platform for neurosurgery using tooth-click input and develops a real-time recognition pipeline whose classifier achieved a median macro F1-score of 98.6% under leave-one-subject-out cross-validation.
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