Wenguo Weng

Papers

Total Citations

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About

Dr. Wenguo Weng is a pioneering researcher in pedestrian dynamics and evacuation modeling, with a focus on applying intelligent systems theory to crowd behavior. His key research areas include pedestrian counter flow, cellular automaton models, and the integration of mobile robot behavioral principles into human movement simulation. Dr. Weng’s most influential work, "A behavior-based model for pedestrian counter flow" (2006), has garnered 54 citations and established a foundation for understanding how individuals navigate through opposing crowds. He further advanced the field with his motor schema-based cellular automaton model, which treats each pedestrian as an intelligent agent driven by goals such as moving toward an exit, avoiding obstacles, and steering around others. This innovative approach, detailed in his 2006 and 2007 papers, bridges robotics and pedestrian dynamics, offering more realistic simulations of emergency evacuations. Though his later work has fewer citations, his early contributions remain highly regarded for introducing behavior-based frameworks that continue to inform crowd safety research and evacuation planning. Dr. Weng’s interdisciplinary perspective has made him a notable figure in the study of complex pedestrian systems.