Alexey Simulin

Papers

Total Citations

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About

Alexey Simulin is a robotics researcher pushing the boundaries of non-anthropomorphic stabilization for legged locomotion. His primary research areas include bipedal robotics, control moment gyroscopes (CMGs), and dynamic balance control. Simulin’s major contribution is the development of "Gyrubot," a 5-link bipedal robot that replaces traditional leg-based stabilization with a gyroscopic system, reducing the demands on leg degrees of freedom and control precision for walking on rough terrain. This proof-of-concept work, his most cited paper (12 citations), challenges conventional biped design. To further validate the underlying physics, he created a scissored-pair CMG inverted pendulum (4 citations), serving as a simplified 2D model to study gyroscopic stabilization dynamics. By decoupling balance from leg articulation, Simulin’s work opens new avenues for simpler, more robust walking robots. His innovative approach, blending mechanical design with control theory, has been recognized for its potential to transform how robots maintain equilibrium, making him a notable figure in the field of dynamic locomotion.