Yilu Cheng
Papers
2
Total Citations
26
H-Index
2
About
Yilu Cheng is a robotics researcher specializing in the design, optimization, and energy-efficient locomotion of hydraulic hexapod robots. Her work addresses a critical challenge in field robotics: reducing power consumption to extend operational duration and minimize onboard power unit weight. In her highly cited 2020 paper, "Mechanical Design and Gait Optimization of Hydraulic Hexapod Robot Based on Energy Conservation" (16 citations), Cheng pioneered structural optimization methods that move beyond inefficient bio-mimetic or mission-specific leg designs, directly targeting energy savings through mechanical and gait co-design. Her follow-up 2021 study, "Planning and Analysis of Centroid Fluctuation Gait for Hydraulic Hexapod Robot" (10 citations), introduced a novel centroid fluctuation gait—a dynamic walking strategy that deliberately varies the robot’s center of mass height to reduce hydraulic system energy consumption. By establishing comprehensive kinematics and energy consumption models, Cheng demonstrated how subtle vertical motion can yield significant efficiency gains. Her contributions are foundational for advancing practical, long-endurance walking robots used in disaster response, exploration, and heavy-duty industrial applications. With a clear focus on bridging mechanical design with control strategy, Cheng’s work continues to influence the next generation of energy-aware legged robotics.
Research Focus
Key Achievements
Top Papers
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