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About

Chrysostomos Karakasis is an emerging researcher specializing in biomechanics, rehabilitation robotics, and legged locomotion, with a particular focus on the complex challenges posed by compliant terrain navigation. His work bridges the gap between human movement science and robotic systems, addressing critical needs in assistive technology and motor control. Karakasis has made notable contributions through his development of practical tools and algorithms for gait analysis and rehabilitation. His F-VESPA algorithm (2021, 15 citations) introduced a kinematic-based approach for real-time heel-strike detection, advancing the synchronization capabilities of wearable and robot-assisted rehabilitation devices. His Variable Stiffness Treadmill 2 (2024, 11 citations) represents a significant instrumentation achievement, providing researchers across robotics, biomechanics, and motor control with a validated platform to systematically study locomotion on compliant surfaces. His research further extends to prosthetics design, demonstrating how adjusting quasi-stiffness in ankle-foot prostheses improves walking stability on compliant terrain (2023), and to theoretical frameworks for robust bipedal robot locomotion. Collectively, his work addresses a largely underexplored frontier — understanding and engineering safer, more adaptive mobility solutions for individuals with impaired locomotion across real-world environments.