Utilization of Connectivity and Automation in Support of Transportation Agencies’ Decision Making
项目名称: Utilization of Connectivity and Automation in Support of Transportation Agencies’ Decision Making
摘要: This project will identify, develop, and implement a suite of simulation models and methods for use in assessing the implications of the presence of connected vehicles (CV), automatous vehicles (AV), and connected automated vehicles (CAV) in the traffic stream and in evaluating the impacts of associated applications that use these technologies. The project will build on current national and international efforts including the on-going research conducted by the Federal Highway Administration (FHWA). As such, the research will start with a comprehensive review and assessment of the literature and existing products on the subject including examining the products of the FHWA effort. Using the review and assessment as a basis, high priority CAV applications to be addressed in this project will be identified based on defined criteria and a framework and guidelines will be developed for the use of analysis, simulation, and modeling of CAV. The project will then develop procedures for calibrating and validating simulation models to ensure the proper use of these models in replicating emerging vehicle technologies and applications. The research team will also identify and develop utilities and extensions of existing models to allow the modeling of selected high priority modeling applications. The project will demonstrate the use of the project development to support agency decisions with regard to high priority CAV applications.
状态: Active
资助组织: Office of the Assistant Secretary for Research and Technology
项目负责人: Tucker-Thomas, Dawn
执行机构: Florida International University<==>North Carolina State University<==>University of Florida Transportation Institute<==>University of Alabama, Birmingham<==>Georgia Institute of Technology
开始时间: 20200101
预计完成日期: 20210831
主题领域: Data and Information Technology;Highways;Operations and Traffic Management;Planning and Forecasting;Vehicles and Equipment
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