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Sep 14, 2021 · We propose ExpressEar, a novel FER system that repurposes commercial earables augmented with inertial sensors to capture fine-grained facial muscle movements.
To bridge this gap, we propose ExpressEar, a novel FER system that repurposes commercial earables augmented with inertial sensors to capture fine-grained facial ...
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This work proposes ExpressEar, a novel FER system that repurposes commercial earables augmented with inertial sensors to capture fine-grained facial muscle ...
To bridge this gap, we propose ExpressEar, a novel FER system that repurposes commercial earables augmented with inertial sensors to capture fine-grained facial ...
ExpressEar: Sensing Fine-Grained Facial Expressions with Earables · Author Picture Dhruv Verma. Indraprastha Institute of Information Technology, Delhi, India.
To bridge this gap, we propose ExpressEar, an ear-mounted Inertial Measurement Unit (IMU) sensing technique capable of identifying fine-grained facial actions ...
ExpressEar: Sensing Fine-Grained Facial Expressions with Earables. D Verma, S Bhalla, D Sahnan, J Shukla, A Parnami. Proceedings of the ACM on Interactive ...
This work presents an alternative solution based on the fusion of wearable inertial sensors, planar pressure sensors, and acoustic mechanomyography (muscle ...
Dec 1, 2023 · This problem is pressing in earables since head movements and facial expressions cause skin and tissue displacements around and inside the ear.