John A. Lincoln
Papers
2
Total Citations
12
H-Index
2
About
John A. Lincoln’s research bridges rehabilitation engineering and clinical neuroscience, focusing on how wearable robotic exoskeletons can restore mobility and reduce cognitive burden in individuals with multiple sclerosis (MS). His most cited work, “Cognitive demands during wearable exoskeleton assisted walking in persons with multiple sclerosis” (2017, 9 citations), demonstrates that exoskeleton-assisted walking lowers the mental effort required for gait, addressing the dual challenge of motor impairment and cognitive fatigue in MS. A related feasibility study (2016, 3 citations) further explores user experience and practical adoption of these devices. Lincoln’s contributions highlight how assistive technology can offload physical and neural demands, enabling more natural, energy-efficient movement. His findings have implications for designing smarter rehabilitation protocols that prioritize both motor recovery and cognitive conservation. By quantifying the interplay between robotic support and neural load, Lincoln provides a foundation for personalized exoskeleton training in neurological populations—a critical step toward making these devices viable for daily use. His work is a key reference for researchers developing adaptive, user-centered assistive technologies.
Research Focus
Key Achievements
Top Papers
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