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Sensing, Recognition, and Security / Earable Interaction and Sensing

How does dual-microphone design improve capture of low-frequency signals (e.g., heartbeat sounds)?

helpResearch questionEarable Interaction and Sensing

How does dual-microphone design improve capture of low-frequency signals (e.g., heartbeat sounds)?

UbiComp '24OpenEarable 1.4: Dual Microphones Earpiece to Capture In-Ear and Outer-Ear Audio Signals

Similar questions

helpResearch questionEarable Interaction and Sensing

How can built-in sensors in ordinary headphones enable interaction based on tongue and palate contact?

CHI '25PalateTouch : Enabling Palate as a Touchpad to Interact with Earphones Using Acoustic Sensing

helpResearch questionEarable Interaction and Sensing

How can tongue-palate contact gestures be recognized efficiently and independently across users and wearing styles?

CHI '25PalateTouch : Enabling Palate as a Touchpad to Interact with Earphones Using Acoustic Sensing

helpResearch questionEarable Interaction and Sensing

How does the PalateTouch system perform in noisy environments, different body postures, and after re-wearing headphones?

CHI '25PalateTouch : Enabling Palate as a Touchpad to Interact with Earphones Using Acoustic Sensing

helpResearch questionEarable Interaction and Sensing

How can bone-conducted sound enable non-invasive recognition of subtle tongue movements?

UIST '24Micro-Gesture Recognition of Tongue via Bone Conduction Sound

helpResearch questionEarable Interaction and Sensing

Can bone-conduction microphones distinguish different tongue and teeth actions (e.g., tooth clicks, tongue taps, and tongue slides)?

UIST '24Micro-Gesture Recognition of Tongue via Bone Conduction Sound

helpResearch questionEarable Interaction and Sensing

Can bone-conducted sound provide sufficient features to classify different tongue micro-actions?

UIST '24Micro-Gesture Recognition of Tongue via Bone Conduction Sound

Related papers

PalateTouch : Enabling Palate as a Touchpad to Interact with Earphones Using Acoustic Sensing

Yankai Zhao, Jin Zhang, Jiao LI

Exploring Uni-manual Around Ear Off-device Gestures for Earables

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EarSpeech: Exploring In-Ear Occlusion Effect on Earphones For Data-efficient Airborne Speech Enhancement

Feiyu Han, Panlong Yang, You Zuo

The EarSAVAS Dataset: Enabling Subject-Aware Vocal Activity Sensing on Earables

Xiyuxing Zhang, Yuntao Wang, Yuxuan Han

MAF: Exploring Mobile Acoustic Field for Hand-to-Face Gesture Interactions

Yongjie Yang, Tao Chen, Yujing Huang

Remote Breathing Rate Tracking in Stationary Position Using the Motion and Acoustic Sensors of Earables

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FaceOri: Tracking Head Position and Orientation Using Ultrasonic Ranging on Earphones

Yuntao Wang, Jiexin Ding, Ishan Chatterjee