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National Transportation Center


Implementing and Testing Multimodal Equity through Connected Everything and Traffic Signal Operations in Virtual Reality

Project Abstract

This research proposal focuses on the innovative integration of multimodal transportation management and advanced signal control within a virtual reality (VR) environment to enhance the safety, efficiency, and equity of traffic operations on arterial roadways heavily utilized by vulnerable road users, such as pedestrians and bicyclists. This study, conducted by the University of Pittsburgh and the University of Virginia, leverages a high-fidelity VR simulation of Delaware Avenue—a vital multimodal corridor. The project aims to test and refine traffic control strategies that incorporate Connected-Everything Identification System (CEIS) technologies, catering specifically to the nuanced demands of multimodal traffic.

The project will use VR to simulate real-world conditions, allowing researchers and participants to explore the impact of various traffic scenarios on user comfort, safety perceptions, and overall level of service. By integrating innovative traffic signal controls and CEIS operations, the project seeks to provide a balanced level of service across different transport modes, focusing on enhancing the experience and safety of vulnerable road users.

Universities Involved

University of Pittsburg, University of Virginia

Principle Investigators

Aleksandar Stevanovic, B. Brian Park

Expected Research Outcomes & Impacts
The outcomes of this research are expected to contribute significantly to the body of knowledge in traffic management, particularly in developing operation strategies that are both effective and sensitive to the needs of all road users. The findings will be disseminated through professional and scientific platforms, ensuring a broad impact on future urban traffic management practices and policies. Additionally, the project will serve as a vital educational tool, enriching the training and development of future transportation professionals at both participating universities.

Subject Areas

Connected Vehicles, Multimodal transportation, Virtual Reality