Juanjuan Li

North China Institute of Science and Technology

Papers

Total Citations

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About

Juanjuan Li is a leading researcher in the field of bipedal robotics, with a primary focus on gait pattern generation, trajectory planning, and energy-efficient locomotion. Her most significant contribution is the advancement of the Linear Inverted Pendulum Model (LIPM) for flexible walking, where she addressed a critical limitation—the model’s neglect of the double support phase (DSP). By incorporating DSP, her work ensures continuous center of mass acceleration, dramatically improving walking stability and realism. Li has also pioneered the study of torso pitch motion in biped robots, challenging the conventional assumption that a vertical torso is optimal. Her research demonstrates that controlled torso pitching can significantly enhance energy efficiency, offering a paradigm shift in gait design. With her top-cited paper accumulating 27 citations and her work consistently exploring the intersection of mechanical simplicity and dynamic performance, Li’s contributions are foundational for developing more agile, human-like robots. Her insights are not only academically influential but also practical for real-world applications in prosthetics and humanoid robotics.