Haibing Zhu

Shandong Institute of Automation, Chinese Academy of Sciences

Papers

Total Citations

H-Index

About

Haibing Zhu is a pioneering researcher in assistive robotics and autonomous navigation systems, with a focus on enhancing mobility for vulnerable populations. His most impactful work includes the development of an embedded control system for intelligent wheelchairs (2005, 28 citations), which leverages AI and robotics to aid the elderly and disabled, addressing critical needs in home welfare technology. Zhu also advanced autonomous guided vehicle (AGV) technology with a vision-based guidance method (2012, 10 citations) that uses camera-captured environmental data for precise navigation, eliminating reliance on physical markers. His contributions extend to sensor innovation, notably a high-accuracy, low-cost orientation sensor (2004, 6 citations) integrating magnetic sensors and accelerometers for real-time robot positioning. Additionally, Zhu designed an autonomic mobile platform for RoboCup robots (2003, 2 citations), featuring novel servo systems and direct-drive controllers. With a career spanning foundational work in robotic orientation and practical applications in intelligent wheelchairs, Zhu’s research bridges theoretical robotics with real-world assistive technologies, earning recognition for improving autonomy and quality of life.