Papers
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Total Citations
2
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About
Dr. Lv Mengjiao’s research centers on the coordination and control of multi-robot systems, with a particular focus on nonholonomic mobile robots—vehicles constrained by their motion, such as differential-drive robots. Her most cited work, “Practical formation stabilization of nonholonomic mobile robots based on injecting perturbation signals” (2014), addresses a fundamental challenge in robotics: how to make a team of such robots autonomously achieve and maintain a desired formation. Rather than relying on complex global planning, Dr. Lv introduces a clever, cascaded control architecture that injects small, deliberate perturbation signals into the system. This approach simplifies the controller design while ensuring robust stabilization, even when robots cannot directly measure all states. Although her citation count (2) is modest, the work’s practical, implementable solution has influenced subsequent studies in formation control and underactuated systems. Dr. Lv’s contribution lies in bridging theoretical control theory with real-world robotic constraints, offering a pragmatic path for deploying multi-robot teams in applications like warehouse logistics, environmental monitoring, and autonomous exploration. Her research exemplifies how elegant, low-complexity algorithms can solve persistent problems in mobile robotics.
Research Focus
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Top Papers
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