Tianle Ge

Papers

Total Citations

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About

Tianle Ge is a robotics researcher whose work centers on the locomotion and gait planning of multi-legged robots, with a particular emphasis on hexapod systems operating in complex terrains. His key contributions address the critical challenge of improving robot practicability by integrating torque constraints with stability margin constraints during gait planning. In his most cited work, "Torque constraints for hexapod robot slope walking" (2014, 3 citations), Ge proposed a novel gait planning approach that accounts for both mechanical limitations and stability requirements, enabling more reliable and efficient slope walking. This research bridges the gap between theoretical gait algorithms and real-world application by considering the physical torque capabilities of the robot's actuators. Ge's work is notable for its practical orientation, offering a framework that can be directly applied to enhance the performance of hexapod robots in uneven environments. His contributions are valuable for students and researchers interested in legged robotics, control systems, and the intersection of mechanical constraints with autonomous navigation.