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About

Jinrong Guo is a robotics and control systems researcher whose work centers on the coordination and autonomous navigation of multi-robot systems, with a particular emphasis on nonholonomic mobile robots operating under real-world uncertainties. His most influential contribution, a 2015 paper on leader-follower formation control using integral sliding mode techniques, has garnered 37 citations and demonstrates his expertise in designing robust coordinated control schemes that enable groups of robots to form and maintain precise geometric configurations despite mismatched uncertainties — a persistent challenge in practical robotic deployments. Guo has also made methodological contributions to the field through a 2014 commentary critically examining sliding-mode formation control approaches proposed by earlier researchers, reflecting his engagement with foundational theoretical debates in the community. His 2015 work on terminal sliding mode formation control further extends this research agenda by leveraging an approach that eliminates the reaching phase, offering enhanced robustness for uncertain multi-robot environments. Across his body of work, Guo consistently applies advanced sliding mode control theory to solve formation control problems, positioning him as a focused contributor to the intersection of robust control engineering and cooperative autonomous robotics.