Anne Kalouguine

École Centrale de Nantes, Centre National de la Recherche Scientifique

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About

Anne Kalouguine is a robotics researcher specializing in humanoid locomotion, with a focus on achieving stable, human-like walking through advanced gait modeling and control. Her work centers on the three-dimensional Linear Inverted Pendulum (LIP) model, a foundational framework for studying bipedal walking dynamics. Kalouguine’s key contributions address a critical gap in gait research: the often-overlooked transition between steps, which is essential for maintaining stability. Her 2018 paper, “Self-Synchronization and Self-Stabilization of Walking Gaits Modeled by the Three-Dimensional LIP Model” (9 citations), systematically investigates how varying swing foot landing positions and conditions can enhance self-synchronization and self-stabilization, offering new insights into robust walking control. Building on this, her 2021 work, “A new human-like walking for the humanoid robot Romeo” (6 citations), applies these principles to the Romeo platform, demonstrating more natural and efficient locomotion. While her citation counts reflect a growing, specialized impact, Kalouguine’s research is notable for bridging theoretical modeling with practical humanoid implementation, advancing the quest for robots that walk with human-like fluidity and resilience. Her work is particularly relevant for students and researchers in biomechanics, control theory, and humanoid robotics.