Wenhao Ma

University of Electronic Science and Technology of China

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About

Wenhao Ma is a robotics researcher whose work focuses on the development of intelligent, adaptive lower limb exoskeletons for rehabilitation and mobility assistance. His key research areas include parametric gait modeling, variable impedance control, and human-robot interaction. Ma’s most notable contribution is the proposal of a **Dynamic Movement Primitives (DMP) based parametric gait model**, which addresses a critical limitation of conventional exoskeletons: their reliance on fixed, pre-programmed gait patterns. By enabling real-time parameterization of stride length, step height, and walking speed, his model allows exoskeletons to adapt to diverse terrains and user needs, significantly expanding their clinical and daily-use applicability (10 citations). Additionally, Ma has advanced the field of **time-varying stiffness tracking control**, introducing novel compliance control strategies that ensure safe, flexible force transmission between the robot and the user—a key challenge for physical human-robot interaction (2 citations). His work bridges the gap between rigid robotic actuation and the compliant, dynamic nature of human movement, laying the groundwork for next-generation, patient-responsive exoskeletons that can seamlessly integrate into rehabilitation therapy and assistive walking.