Bradley S. Duerstock
Papers
12
Total Citations
237
H-Index
8
About
Bradley S. Duerstock is a pioneering researcher at the intersection of assistive technology, computer vision, and rehabilitation engineering, with a career dedicated to empowering individuals with physical disabilities through innovative human-machine interfaces. His work has focused particularly on developing accessible control systems for people with upper extremity impairments and high-level spinal cord injuries—a population historically underserved by mainstream technology. Duerstock's most influential contributions center on vision-based gestural interfaces and wheelchair-mounted robotic manipulators. His 2013 studies introduced machine vision frameworks and gesture recognition systems that allow quadriplegic users to control robotic arms with greater independence, each garnering around 35–40 citations. His 2016 work on multimodal 3D vision control further refined these systems, demonstrating sustained innovation across the field. More recently, he has turned toward the integration of artificial intelligence with assistive technologies, exploring how AI can expand access to daily living activities and employment tasks, while also identifying barriers people with disabilities face using self-service technologies. With over 230 cumulative citations, Duerstock's body of work represents a meaningful bridge between engineering innovation and human dignity, making him a notable figure for students and researchers pursuing accessible, human-centered technology design.
Research Focus
Key Achievements
Top Papers
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- 6Variability Analysis on Gestures for People With Quadriplegia14 citations · 2016
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