Smart and Scalable Urban Traffic Control

Smart and Scalable Urban Traffic Control

The Smart and Scalable Urban Traffic Control system is a real-time, smart IoT-enabled adaptive traffic control system (in the sense of the Internet of Smart Intersections) that optimally schedules dynamic traffic flows in complex urban road networks, by integrating traffic theory with artificial intelligence (AI). Dr. Xie is the lead inventor of the system. He created the core control engine (the brain) of the system, including schedule-driven in

Work on Smart Urban Traffic Control published on Transportation Research Part C

Work on Smart Urban Traffic Control published on Transportation Research Part C

Schedule-driven intersection control (SchIC) is the core control engine (the brain) of the smart and scalable urban traffic control system (SurTrac). X.-F. Xie, S. Smith, L. Lu, G. Barlow. Schedule-driven intersection control. Transportation Research Part C: Emerging Technologies, 2012, 24: 168-189. [DOI] Model-based intersection optimization strategies have been widely investigated for distributed traffic signal control in road networks. Due to

Presented work on Smart and Scalable Urban Traffic Control at AAMAS Conference

Presented work on Smart and Scalable Urban Traffic Control at AAMAS Conference

We presented the work on coordinated look-ahead scheduling for smart and scalable urban traffic control in the 2012 International Joint Conference on Autonomous Agents and Multiagent Systems (AAMAS), at the Polytechnic University of Valencia, Spain. The work is a real-time, smart and scalable, adaptive traffic signal control system that optimizes the highly dynamic traffic flow in complex (grid-like) urban road networks. Its core control engine i