Fredrik Sebelius

Papers

Total Citations

366

H-Index

About

Fredrik Sebelius is a leading figure in the field of advanced prosthetics and human-machine interfaces, with a primary focus on restoring both motor control and sensory feedback for upper-limb amputees. His most influential work, a 2011 study with 245 citations, introduced a groundbreaking real-time myoelectric control system for dexterous hand prostheses. By employing a k-nearest neighbors pattern recognition algorithm on voluntary EMG signals from transradial amputees, Sebelius enabled intuitive, simultaneous control of multiple hand movements, significantly advancing the functionality of artificial hands. Complementing this, his highly cited 2009 pilot study (112 citations) demonstrated a remarkable achievement: the referral of sensation to a robotic hand prosthesis. This work showed that amputees could experience the artificial hand as part of their own body, providing crucial sensory feedback that is typically absent in commercial prostheses. Through these contributions, Sebelius has not only pushed the boundaries of prosthetic technology but also laid the groundwork for more natural and embodied human-machine integration, making him a pivotal researcher in the quest for lifelike bionic limbs.