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Titlebook: Information Technology and Intelligent Transportation Systems; Volume 1, Proceeding Valentina Emilia Balas,Lakhmi C. Jain,Xiangmo Zhao Conf

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Synthetic Approach for Scenario-Based Performance Estimation of Connected Vehicles Operating at Highearch need lies in clarifying the cause-and-effect mechanism between the CV information and driver behaviors and subsequent adaptive resiliency of improvement in operation, safety, and emissions reductions. A novel approach is hence created via developing the simulation-based tool, Synthetic Adaptiv
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Support for Connected Vehicle Testing in Urban Environmentving scenarios. A diverse team of industry, public agencies and academic institutions is involved in the planning and delivery of the project. The presentation illustrates the collaborative effort from the Safety Pilot and forthcoming deployment projects. The discussion also contributes to the explo
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Impact Study of Vehicle Platooning and Gap Management on Traffic Operation Through Automated Vehicleand development in a lab environment to field trials and pilot testing. While a number of studies on V2V communications and vehicle control systems have been reported for the purpose of enhancing traffic safety, this research focuses on the efficiency benefit of the technologies in traffic operation
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Automatic Control of the Traffic Flowe traffic flow on highways, based on the constant time to collision criterion. This criterion is addressing the car fallowing issue and it offers a speed adapted planner for the distance gap between cars. This method is able also to support a highway traffic flow management. The interface’s decision
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Next-Generation Intersection Control Powered by Autonomous and Connected Vehicle Technologiesed. Availability of autonomous and connected vehicle technologies provides the possibility to improve intersection capacity. Powered by autonomous and connected vehicle technologies, a next-generation intersection control strategy ACUTA was developed by employing a reservation-based centralized cont
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