Papers
3
Total Citations
65
H-Index
3
About
Congjia Ma is a robotics researcher whose work focuses on the intersection of adaptive control, underactuated systems, and bio-inspired locomotion. Ma’s major contributions center on enhancing the agility and stability of robotic systems, particularly through the innovative use of morphable inertial tails. In their most cited work, "Trajectory Regulating Model Reference Adaptive Controller for Robotic Systems" (28 citations), Ma introduced a self-regulating intermediate reference model that significantly improves adaptation stability and robustness. This was followed by a novel orientation control framework for underactuated tailed robots in flight (20 citations), which reimagines underactuation as an inverse problem of an over-constrained Jacobian matrix. Ma’s applied research culminated in the development of a bipedal hopping robot with a morphable inertial tail (17 citations), demonstrating how external appendages can enable spectacular maneuverability and robust stabilization—capabilities often lacking in conventional legged robots. By drawing inspiration from animal locomotion, Ma’s work bridges theoretical control advances with practical robotic design, offering a unified framework for achieving agile, energy-efficient movement in challenging environments.
Research Focus
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