Gangfeng Yan

Zhejiang University, State Key Laboratory of Industrial Control Technology

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About

Gangfeng Yan is a robotics and control systems researcher whose work spans multi-agent coordination, autonomous mobile robots, and bipedal locomotion. His most recognized contribution lies in the domain of formation control, where his 2010 paper on adaptive leader-follower formation control for autonomous mobile robots garnered 47 citations — a testament to its influence in the field. This work addressed a practical and elegant problem: enabling a network of robots to maintain coordinated formations when only a small subset of leaders possesses knowledge of the reference velocity, with followers relying solely on local neighbor interactions in a cascade architecture. Beyond multi-agent systems, Yan has made meaningful contributions to the biomechanics-inspired field of bipedal robotics. His research on compass-like biped robots explores the integration of mechanical design and control strategies to achieve energy-efficient, stable walking — incorporating novel mechanisms such as hip-locking latches and ankle springs. His work on time-scaling control further demonstrates a sophisticated understanding of underactuated robotic systems, enabling periodic locomotion across varying terrain slopes. Together, these contributions reflect a researcher committed to bridging theoretical control frameworks with practical, physically grounded robotic systems, offering valuable insights for students working at the intersection of dynamics, control, and autonomous systems.