Wang Dalong

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About

Wang Dalong is a robotics and control systems researcher whose work centers on the dynamics and control of robotic manipulators, with particular emphasis on flexible robotic systems and parallel mechanism design. His most influential contribution, "Dynamic Model and Tip Trajectory Tracking Control for a Two-Link Flexible Robotic Manipulator" (2002), has garnered 12 citations and demonstrates his expertise in applying input-output linearization techniques to address the complex challenges of controlling flexible arms — systems notorious for their vibrational behavior and modeling difficulty. Complementing this, his work on variable structure controller design for rigid-flexible robotic manipulators further showcases his ability to develop robust nonlinear control strategies for real-world robotic applications. Beyond control theory, Wang has extended his research into mechanical design optimization, as evidenced by his investigation into the geometry optimization of a hybrid 3-TPS/TP parallel manipulator, where he employed Parameter Design Space methodologies to enhance kinematic performance. Taken together, his body of work reflects a coherent research vision: bridging advanced mathematical control frameworks with practical robotic system design, making meaningful contributions to the fields of flexible robotics and parallel mechanism engineering.