Li-Min Du

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About

Li-Min Du is a researcher in robotics and intelligent control systems, with a primary focus on motion control and adaptive algorithms for autonomous mobile platforms. Du’s most-cited work, “Motion control of robot based on fuzzy adaptive PID algorithm” (2013), introduces a fuzzy adaptive PID controller designed to address the challenges of interference, time-varying dynamics, and nonlinearity in robot motion. Using the UP-Voyager II autonomous mobile robot as an experimental testbed, Du demonstrates how fuzzy logic can enhance traditional PID control, improving stability and responsiveness in complex environments. While this paper has garnered 2 citations, it reflects Du’s foundational contributions to adaptive control theory and its practical application in robotics. Du’s research bridges the gap between theoretical control methods and real-world robotic systems, offering solutions that are both robust and computationally efficient. This work is particularly relevant for students and engineers exploring intelligent control strategies for autonomous vehicles and mobile robots, highlighting the ongoing evolution of fuzzy adaptive systems in modern robotics.