Riley Booth

Papers

Total Citations

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About

Riley Booth is a pioneering researcher in human-computer interaction, with a specialized focus on wearable sensor technologies and muscle-computer interfaces. Their most influential work centers on developing wrist-worn piezoelectric sensor arrays for gesture input, a technology that bridges the gap between high-effort physical interfaces and brain-computer interfaces. Booth's seminal 2017 paper, "A Wrist-Worn Piezoelectric Sensor Array for Gesture Input," has garnered 39 citations, establishing a foundational framework for low-effort, non-invasive interaction methods. Their earlier 2016 validation study, though smaller in citation count (5 citations), provided critical empirical support for the reliability of piezoelectric sensors in capturing muscle activity for gesture recognition. Booth's research addresses a pressing societal need: with adults spending more hours interacting with computers than sleeping, their work offers a healthier, more efficient alternative to traditional input devices. By reducing physical effort while maintaining high accuracy, Booth's contributions are paving the way for next-generation wearable interfaces that could transform how we interact with technology in daily life, from smartwatches to augmented reality systems.