helpResearch questionEarable Interaction and Sensing
What performance advantages do integrated motion and acoustic sensor models have over single-sensor models?Direction: Sensing, Recognition, and Security
Earable Interaction and Sensing
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64
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16
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2025
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64 items
lightbulbPractical problemEarable Interaction and Sensing
Users lack convenient and accurate respiration rate monitoring tools in everyday environments.helpResearch questionEarable Interaction and Sensing
How can ear-worn devices detect ear canal deformation to recognize silent speech commands?UbiComp '22EarCommand: "Hearing" Your Silent Speech Commands In Ear
helpResearch questionEarable Interaction and Sensing
Can silent speech commands at word and sentence levels be accurately recognized in noisy environments using ear canal acoustic echoes and deep learning?UbiComp '22EarCommand: "Hearing" Your Silent Speech Commands In Ear
helpResearch questionEarable Interaction and Sensing
How can silent speech recognition robustness be improved under variations in wearing angle, background noise, and head movement?UbiComp '22EarCommand: "Hearing" Your Silent Speech Commands In Ear
lightbulbPractical problemEarable Interaction and Sensing
Users have difficulty using voice assistants in noisy environments or when privacy protection is needed.UbiComp '22EarCommand: "Hearing" Your Silent Speech Commands In Ear
helpResearch questionEarable Interaction and Sensing
How can earphone microphones use ultrasonic ranging to accurately track users' head orientation (including pitch and yaw)?helpResearch questionEarable Interaction and Sensing
How can ultrasonic ranging overcome performance degradation caused by non-line-of-sight paths and rapid head movement?helpResearch questionEarable Interaction and Sensing
Can FaceOri improve smart interactive device functionality and UX without additional hardware?lightbulbPractical problemEarable Interaction and Sensing
Existing head orientation tracking methods have poor privacy and are unsuitable for non-camera devices.helpResearch questionEarable Interaction and Sensing
How can ear-worn devices detect facial touch events and identify touch regions?UbiComp '21FaceSense: Sensing Face Touch with an Ear-worn System
helpResearch questionEarable Interaction and Sensing
How can low-resolution thermal imaging and skin impedance measurement enable privacy-friendly, efficient facial touch detection?UbiComp '21FaceSense: Sensing Face Touch with an Ear-worn System
helpResearch questionEarable Interaction and Sensing
How can a cross-user generalizable deep learning model be designed to improve detection accuracy?UbiComp '21FaceSense: Sensing Face Touch with an Ear-worn System
lightbulbPractical problemEarable Interaction and Sensing
Users struggle to accurately monitor their own facial touch behavior, increasing germ transmission risk.UbiComp '21FaceSense: Sensing Face Touch with an Ear-worn System
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CHI 2025
PalateTouch : Enabling Palate as a Touchpad to Interact with Earphones Using Acoustic Sensing
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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
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The EarSAVAS Dataset: Enabling Subject-Aware Vocal Activity Sensing on Earables
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MAF: Exploring Mobile Acoustic Field for Hand-to-Face Gesture Interactions
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Remote Breathing Rate Tracking in Stationary Position Using the Motion and Acoustic Sensors of Earables
Tousif Ahmed, Md Mahbubur Rahman, Ebrahim Nemati
CHI 2022
FaceOri: Tracking Head Position and Orientation Using Ultrasonic Ranging on Earphones
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