Shuangshuang Gao

Papers

Total Citations

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About

Shuangshuang Gao is a robotics researcher whose work focuses on the energy efficiency and stability of multi-legged robotic systems, particularly hexapod and bionic robots. Her research addresses two critical challenges in legged locomotion: minimizing power consumption to extend battery life, and ensuring smooth, stable posture transitions during movement. In her 2019 paper (7 citations), Gao proposed a static analysis-based method to identify low-energy static postures for bionic feet, demonstrating that strategic posture adjustments in horizontal environments can significantly reduce energy consumption. Her 2020 work (6 citations) tackles the instability problems that arise during the start and stop phases of hexapod robots when adjusting attitude. By applying kinematics analysis, she established a mapping between joint angles of support legs and body posture, enabling smoother transitions. Though early in her career, Gao’s contributions are foundational for practical applications where legged robots must operate for extended periods on limited battery power while maintaining stability—critical for search-and-rescue, inspection, and exploration missions. Her methodical approach to combining static analysis with kinematic modeling offers a clear pathway for future energy-aware control systems in legged robotics.