Novel earable system enhances hearing preservation by managing wind noise and barometric pressure during activities.
This paper presents a novel bio-functional smart earable architecture designed to address the dual challenges of high-velocity wind buffeting during motorbike riding and ambient noise management during daily commuting. By integrating human anatomical considerations—specifically cochlear hair cell preservation and barotrauma prevention—with an AI-driven microcontroller unit (MCU), barometric sensors, and speed-adaptive algorithms, this system provides a safe, responsive acoustic filter.
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Nayank Baghel (2026) studied this question.
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