Chunlei Zhang

Papers

Total Citations

230

H-Index

About

Chunlei Zhang is a leading figure in control theory and optimization, best known for pioneering work in autonomous systems and computational methods. His most influential contribution, "Source seeking with non-holonomic unicycle without position measurement and with tuning of forward velocity" (2006), has garnered 226 citations, establishing a foundational framework for guiding robotic vehicles to locate signal sources—such as chemical plumes or electromagnetic emissions—using only gradient sensing, without relying on GPS or external positioning. This breakthrough has profound implications for search-and-rescue missions, environmental monitoring, and autonomous exploration. Zhang also advanced surrogate optimization, a technique that approximates complex objective functions to efficiently find optima when derivative information is unavailable. His research bridges theoretical rigor with real-world applications, particularly in non-holonomic systems, where vehicles like unicycles or aircraft must navigate under motion constraints. By enabling robust, position-free navigation, Zhang’s work has inspired a generation of engineers and researchers tackling challenges in robotics, sensor networks, and adaptive control. His legacy lies in transforming abstract control principles into practical tools for autonomous decision-making in uncertain environments.