Xingcheng Deng

University of Electronic Science and Technology of China

Papers

Total Citations

H-Index

About

Xingcheng Deng’s research centers on robotics, remote control systems, and network communication protocols, with a particular focus on enabling secure, reliable robot operation over long distances. His most cited work, “A robot remote control system based on VPN and TCP/IP protocol” (2008, 7 citations), introduces a pioneering architecture that separates the robot terminal from its controller, allowing them to be located in different physical locations. By integrating Virtual Private Network (VPN) technology with TCP/IP protocols, Deng’s system addresses critical challenges in latency, security, and data integrity for teleoperation. This contribution laid groundwork for modern remote robotics applications, including hazardous environment exploration and telesurgery. Deng’s approach demonstrates how combining established networking standards with robotic control can create scalable, accessible solutions—a concept that remains relevant as cloud robotics and IoT expand. While his citation count reflects a focused niche, his work is notable for its practical, implementation-oriented perspective, offering a clear blueprint for researchers developing distributed robotic systems. Deng’s research continues to influence engineers seeking robust, low-cost teleoperation frameworks.