Special Session

Description of the Session:
Driven by both the "Healthy China" strategy and global demographic shifts, human functional rehabilitation and enhancement robots have evolved from single-assistance tools into a cutting-edge technological frontier characterized by interdisciplinary convergence. This special topic focuses on core areas such as rehabilitation robots, enhancement exoskeletons, and neuro-interfacing devices, cordially inviting experts and scholars from fields including rehabilitation medicine, robotics, neuroengineering, biomechanics, and clinical engineering to engage in in-depth discussions around three key dimensions: breakthroughs in technical mechanisms, bottlenecks in clinical translation, and paradigms for interdisciplinary integration. The goal is to promote the construction of an academic closed loop that bridges "laboratory innovation" with "clinical effectiveness."

Related Topics:
· Development of systems such as rehabilitation robots, exoskeleton robots, and intelligent prosthetics
· Human-robot interaction in rehabilitation and enhancement robots
· Design, sensing, and control of rehabilitation and enhancement robots
· Biomechanics in human rehabilitation and enhancement
· Mechanisms of human rehabilitation and enhancement