Papers
6
Total Citations
51
H-Index
4
About
Guirong Jiang is a leading researcher in the field of bipedal robotics and nonlinear dynamics, with a primary focus on the locomotion and control of legged robots. Their work centers on developing and analyzing semi-passive and impulsive actuation models, which mimic human-like walking and stair climbing with remarkable efficiency. Jiang’s major contributions include the classification and control of periodic gaits in biped robots with telescopic legs, where they have identified and stabilized two-phase and three-phase walking patterns on level ground. Their research on impulse thrust mechanisms—applied at the ankle joint to simulate forward push-off—has been pivotal in advancing the understanding of energy-efficient robotic locomotion. With over 50 citations across their most-cited works, Jiang’s impact is evident in studies like “Walking dynamics of a semi-passive compass-like robot with impulse thrust” (20 citations) and “Periodic gait classification and control of a biped model with telescopic legs and pulse thrust” (12 citations). Notably, their 2023 article on flip bifurcation and feasible switching patterns provides a foundational framework for analyzing gait transitions, while their 2025 work on asymmetric leg motion and chaos opens new avenues for robust bipedal design. Jiang’s innovative use of Poincaré maps and linearized dynamics continues to inspire students and researchers in robotics and applied mathematics.
Research Focus
Key Achievements
Top Papers
- 1Walking dynamics of a semi-passive compass-like robot with impulse thrust20 citations · 2022
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- 5Walking dynamics of a bipedal robot with impulsive actuation3 citations · 2025
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