Marcel Migdalovici

Papers

Total Citations

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About

Marcel Migdalovici is a robotics researcher specializing in the stability and control of walking and mobile robots. His work centers on the mathematical modeling of dynamic systems, particularly the stability of bipedal locomotion—a critical challenge in humanoid robotics. His most-cited paper, "Stability Analysis of the Walking Robots Motion" (2015, 17 citations), treats walking robot stability as a parameter-dependent dynamic system, offering a framework for analyzing motion without requiring numerically specified parameters. This foundational contribution provides a theoretical basis for ensuring robust, balanced gait in legged robots. Migdalovici has also advanced trajectory optimization through Model Predictive Control (MPC), aiming to minimize errors between desired and actual center-of-mass and zero-moment-point trajectories for biped robots. Notably, his work on the VIPRO platform—a versatile, intelligent, and portable system—applies Extenics control interfaces to firefighting robots, demonstrating practical, real-world deployment of his theoretical insights. While his citation counts reflect a focused, emerging impact, Migdalovici’s integration of stability theory, predictive control, and applied robotics positions him as a researcher bridging fundamental dynamics and mission-critical robotic applications.