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University Transportation Centers University Transportation Centers

University Transportation Centers

USDOT’s University Transportation Centers (UTC) Program, launched in 1988, awards and administers grants to consortia of colleges and universities across the United States. Each UTC forms a unique center of transportation excellence on a specific research topic. The UTC Collection brings together the research outputs of these consortia. To learn more about the UTC program , visit https://www.transportation.gov/content/university-transportation-centers. Bookmark this collection: https://rosap.ntl.bts.gov/collection_utcp or https://doi.org/10.21949/1530855.

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  • x
    Vulnerable road users (49)
Report Number
Funding Number
x Vulnerable Road Users
  • Certification of Connected and Automated Vehicles for Vulnerable Road Users
    Certification of Connected and Automated Vehicles for Vulnerable Road Users
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  • VehicleinVirtualEnvironment VVE Method for Developing and Evaluating VRU Safety of Connected and Autonomous Driving with Year 2 Focus on Bicyclist Safety
    Vehicle-in-Virtual-Environment (VVE) Method for Developing and Evaluating VRU Safety of Connected and Autonomous Driving with Year 2 Focus on Bicyclist Safety
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  • Strategic Development of Graphical User Interface Tools for Enhancing Transportation Mobility Among Vulnerable Groups During Pandemics
    Strategic Development of Graphical User Interface Tools for Enhancing Transportation Mobility Among Vulnerable Groups During Pandemics
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  • Control of Automated Vehicles in VehiclePedestrian Environment
    Control of Automated Vehicles in Vehicle-Pedestrian Environment
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  • Intersection Safety for the Vulnerable
    Intersection Safety for the Vulnerable
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  • Connected Electric Vehicles Personal Listening Device VehicletoPedestrian Communication Systems in Virtual Reality
    Connected Electric Vehicles: Personal Listening Device Vehicle-to-Pedestrian Communication Systems in Virtual Reality
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  • Connected Vision for Increased Pedestrian Safety CVIPS
    Connected Vision for Increased Pedestrian Safety (CVIPS)
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  • Connected Vision for Increased Pedestrian Safety CVIPS supporting dataset
    Connected Vision for Increased Pedestrian Safety (CVIPS) [supporting dataset]
    Dataset Icon
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  • VehicleinVirtualEnvironment VVE Method for Developing and Evaluating VRU Safety of Connected and Autonomous Driving
    Vehicle-in-Virtual-Environment (VVE) Method for Developing and Evaluating VRU Safety of Connected and Autonomous Driving
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  • Fort Totten Walkability Assessment and Recommendation Review
    Fort Totten Walkability Assessment and Recommendation Review
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  • Fort Totten Walkability Assessment and Recommendation Review Research Brief
    Fort Totten Walkability Assessment and Recommendation Review [Research Brief]
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  • Allusion 2 External Communication for SAE L4 Vehicles
    Allusion 2: External Communication for SAE L4 Vehicles
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  • Translation of DriverPedestrian Behavioral Models at SemiControlled Crosswalks into a Quantitative Framework for Practical SelfDriving Vehicle Applications Part B Pedestrian Volume Analytics
    Translation of Driver-Pedestrian Behavioral Models at Semi-Controlled Crosswalks into a Quantitative Framework for Practical Self-Driving Vehicle Applications, Part B (Pedestrian Volume Analytics)
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  • Feasibility of RealTime InfrastructureDriven Intervention for Improving Pedestrian Safety
    Feasibility of Real-Time Infrastructure-Driven Intervention for Improving Pedestrian Safety
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  • Development of a Roadside LiDARBased Situational Awareness System for Work Zone Safety ProofofConcept Study supporting dataset
    Development of a Roadside LiDAR-Based Situational Awareness System for Work Zone Safety: Proof-of-Concept Study [supporting dataset]
    Dataset Icon
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  • xBOT  A Versatile Robot to Assist Testing of AutonomousConnected Vehicles
    xBOT – A Versatile Robot to Assist Testing of Autonomous-Connected Vehicles
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  • Development of a Roadside LiDARBased Situational Awareness System for Work Zone Safety ProofofConcept Study
    Development of a Roadside LiDAR-Based Situational Awareness System for Work Zone Safety: Proof-of-Concept Study
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  • Vulnerable Road User Transit Optimization with Healthcare Privatization VRUTOP
    Vulnerable Road User Transit Optimization with Healthcare Privatization (VRUTOP)
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  • Development of a Cooperative Perception System
    Development of a Cooperative Perception System
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  • Using Virtual Reality Techniques to Investigating Interactions Between Fully Autonomous Vehicles and Vulnerable Road Users
    Using Virtual Reality Techniques to Investigating Interactions Between Fully Autonomous Vehicles and Vulnerable Road Users
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1 - 20 / 49
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