Zhi-Jing Feng

Papers

Total Citations

H-Index

About

Dr. Zhi-Jing Feng has made focused contributions to the field of robotics, particularly in the kinematic analysis and mechanical architecture of robotic systems. His research centers on robot mechanism theory and the design of humanoid robots, with a specific emphasis on lower-limb mobility and end-effector motion. In his notable 2014 work, "Free Motion of the End Effector of a Robot Mechanism," Dr. Feng explored fundamental kinematic principles that underpin robotic manipulation and locomotion. His 2012 study, "Architecture innovation for the lower limbs of a humanoid robot," stands out as a key contribution, where he systematically analyzed and compared different lower-limb architecture schemes. Drawing from human biological kinematic characteristics, Dr. Feng established a foundational architectural model for humanoid robot lower limbs, bridging biomechanics and engineering design. While his citation counts (5 and 4, respectively) reflect a niche but specialized audience, his work provides essential groundwork for researchers developing more agile and human-like robotic locomotion. Dr. Feng’s research remains valuable for those seeking to understand the mechanical underpinnings of humanoid movement and the design trade-offs inherent in robotic limb architecture.