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About

Hongche Guo is a pioneering researcher in rehabilitation robotics, with a focused expertise in the design and intelligent control of omnidirectional lower-limb rehabilitation systems. His work addresses the critical challenge of restoring mobility in patients with neurological injuries, such as stroke or spinal cord damage. Guo’s major contributions include the development of a novel omnidirectional lower-limb rehabilitation training robot, which provides multi-directional movement support to improve patient locomotion. He has also advanced the field by integrating intelligent control algorithms for safe, autonomous operation. Notably, his research on obstacle-avoidance control combines neural networks and fuzzy logic to enable rehabilitation robots to navigate complex environments, ensuring patient safety during therapy. His most cited work, "Implementation of Omnidirectional Lower Limbs Rehabilitation Training Robot" (2007), has garnered 10 citations, laying the foundation for subsequent innovations. While his citation counts reflect a specialized, early-stage impact, Guo’s work is significant for bridging robotics, control theory, and clinical rehabilitation, offering practical solutions for assistive technology. His achievements highlight a commitment to enhancing quality of life through human-robot interaction, making him a notable contributor to the field of medical robotics.