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About

Yanling Pei is a researcher whose work sits at the compelling intersection of robotics, biomechanics, and physical rehabilitation engineering. With a focus on robot-assisted rehabilitation systems for both upper and lower limbs, Pei has made meaningful contributions to how technology can enhance recovery outcomes for physically disabled individuals. His most-cited work, "Design of Motion Trajectory and External Force on Foot Based on Musculo-Skeletal Model in Robot-Assisted Lower Limb Rehabilitation" (2011, 10 citations), pioneered a systematic approach to designing rehabilitation strategies grounded in musculoskeletal modeling, moving beyond traditional therapist-driven assessments toward data-informed, biomechanically precise interventions. Subsequent research extended these principles into three-dimensional trajectory planning and biomechanical stability considerations, demonstrating a commitment to clinical rigor and practical applicability. His 2015 contribution on adaptive impedance control introduced variable viscosity techniques to improve motion and force tracking, advancing the fundamental control architecture of rehabilitation robots. Pei's body of work collectively addresses a critical gap between robotic capability and clinical rehabilitation need, offering tools that could meaningfully reduce the burden on physical therapists while improving patient outcomes across diverse mobility challenges.