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About

Ludmila Vorochaeva is a leading researcher in the field of robotic locomotion, with a primary focus on the design, control, and navigation of walking in-pipe robots. Her work addresses the critical challenge of enabling robots to navigate complex, spatially curved pipe systems, where traditional wheeled or tracked robots fail. Her most significant contribution is a novel footstep planning algorithm for six-legged in-pipe robots, which has garnered 26 citations and provides a method for generating optimal contact sequences on curved inner surfaces. She has also made substantial advances in robot control, including the development of a constrained LQR controller that combines linear quadratic regulation with proportional-derivative control, and the design of state observers to mitigate sensor noise in model-based control systems—both cited 19 and 20 times respectively. Beyond pipe inspection, Vorochaeva explores bio-inspired control strategies, such as adaptive gait generation for snake-like robots, and studies the acceleration dynamics of jumping robots. Her work is characterized by a rigorous, model-driven approach to solving real-world robotic challenges, making her a key figure in advancing autonomous inspection and maintenance technologies for critical infrastructure.