Zhili Gong

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About

Zhili Gong is a roboticist whose research bridges the boundaries between locomotion and manipulation, with a focus on creating versatile, self-contained robotic systems. His key contributions lie in the design and control of novel robots, including a walking claw for tethered object retrieval—a 2022 work that demonstrates how using a robot’s legs for both walking and grasping can enhance versatility with minimal degrees of freedom. This paper has garnered 10 citations for its innovative approach to integrated mobility and manipulation. Earlier, Gong explored control strategies for nonholonomic systems, as seen in his 2009 work on applying a genetic algorithm-based PI controller to a spherical robot, which achieved omnidirectional movement through barycenter shifting. That study, with 8 citations, addressed the challenge of achieving autonomous control in spherical robots, moving beyond remote operation. Gong’s work is notable for its practical, hardware-focused solutions that expand the capabilities of simple robotic platforms, offering inspiration for researchers interested in minimalistic design, bio-inspired locomotion, and adaptive control.