Xiaolong Wu

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About

Xiaolong Wu is a robotics and human-machine interaction researcher whose work has focused on the development of intelligent teleoperation systems bridging virtual reality and wireless communication technologies. His most recognized contribution, "A Robot Teleoperation System Based on Virtual Reality and WLAN" (2006), demonstrates his early pioneering effort in combining immersive virtual environments with real-world robotic control, leveraging tools such as VC++, OpenGL, and 3DS MAX to construct realistic virtual simulations alongside WLAN-based high-gain antenna communication for remote operation. This work, which has garnered 8 citations, addressed practical challenges in remote robotic maintenance and repair tasks, reflecting Wu's commitment to applied, field-relevant engineering solutions. His research sits at the intersection of robotics, wireless networking, and simulation technology — areas that have grown significantly in importance with the rise of autonomous systems and remote operations. While his citation profile remains emerging, his foundational contributions to virtual-reality-driven teleoperation reflect an important strand of research that anticipated the broader adoption of immersive technologies in industrial robotics and human-robot collaboration that continues to define the field today.