Shrine Micheal Antoun

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About

Shrine Micheal Antoun’s research lies at the intersection of assistive technology, sensory substitution, and human-computer interaction, with a focus on enabling navigation for visually impaired individuals. Her most cited work, “Perceiving A Corridor With CTFM Ultrasonic Sensing” (2007, 6 citations), explores how ultrasonic sensors can replicate the echolocation abilities observed in some blind individuals—such as a teenager using mouth clicks to navigate. Antoun’s key contribution involves adapting continuous-transmission frequency-modulated (CTFM) sonar to provide intuitive auditory feedback, effectively translating spatial information into sound. This approach offers a more sophisticated alternative to traditional long canes, allowing users to perceive corridors and obstacles without direct contact. While her citation count remains modest, her work is notable for bridging biological echolocation with engineered sensing, laying groundwork for non-visual navigation aids. Antoun’s research underscores a deep commitment to inclusive design, demonstrating how technology can augment human perception and independence. Her findings continue to inform developments in wearable assistive devices and sensory substitution systems, inspiring further exploration into how sound can serve as a window to the physical world for those without sight.