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.
- Agrawal, Pranay 1
- Dolan, John 2
- Dolan, John M 1
- Hebert, Martial 2
- Jose, Sobhagya 1
- Kinable, Joris 1
- Lyu, Yiwei 1
- Mertz, Christoph 2
- Navarro-Serment, Luis E. 2
- Schulte, Paul 1
- Sharma, Karan 1
- Smith, Stephen F. 1
- van Hoeve, Willem 1
- Varadharajan, Srivatsan 1
- Wander, Lars 1
- Wang, Jinhang 1
- Werries, Adam 1
- Zhou, Jifu 1
- Carnegie-Mellon University. Robotics Institute (8)
- Carnegie-Mellon University 3
- Carnegie-Mellon University. Technologies for Safe and Efficient Transportation University Transportation Center 1
- Carnegie Mellon University. Traffic21 Institute. Safety21 University Transportation Center (UTC) 1
- Technologies for Safe and Efficient Transportation. University Transportation Center 3
- University of Pennsylvania 1
- 3D models 1
- Accident investigation 1
- Accident reconstruction 1
- Advanced driver information systems 1
- Advanced vehicle control systems 2
- Algorithms 1
- Automatic steering control 1
- Automobile navigation systems 1
- Autonomous vehicle guidance 1
- Autonomous vehicles 1
- autonomous vehicles 1
- Behavior 1
- Calibration 1
- Cameras 1
- Control barrier functions 1
- data & information technology 1
- Data and Information Technology 3
- Data collection 1
- Detection and identification 1
- Detection and identification devices 1
- Driver information systems 1
- Driver support systems 1
- Forecasting 1
- GPS 2
- Highways 5
- highways 1
- Human factors 1
- I72: Traffic and Transport Planning 1
- Image processing 1
- Inertial Navigation Systems 1
- Inertial navigation systems 1
- Inspection 1
- Intelligent vehicles 2
- Intersections 1
- Kalman filtering 1
- Lane changing 1
- Laser radar 1
- LiDAR scanners 1
- Machine vision 2
- Maintenance and Preservation 1
- Mathematical analysis 1
- Merging traffic 1
- Monitoring 1
- Operations and Traffic Management 2
- Pavement distress 1
- Pedestrian areas 1
- Pedestrian movement 1
- Pedestrian safety 1
- Photographs 1
- Planning and Forecasting 1
- Real time control 1
- Research Hub 2
- Risk assessment 1
- Risk management 1
- road boundaries 1
- robotics 1
- Safety 1
- Safety and Human Factors 3
- Scanners 2
- sensors 1
- Smart driving 1
- Smartphones 1
- Snow and ice control 1
- Snowplows 1
- Snow removal 1
- Software 1
- Special purpose vehicles 1
- stationary obstacles 1
- Traffic incidents 1
- Traffic safety 1
- Traffic signal control systems 1
- Traffic surveillance 1
- Urban areas 1
- Urban transit 1
- vehicles & equipment 1
- Vehicles and Equipment 1
- Video cameras 1
- Voronoi cells 1
- Winter maintenance 1
- 428 1
- CMU-RI-TR-16-18 1
(Max 200)
- Agrawal, Pranay (1)
- Dolan, John (2)
- Dolan, John M (1)
- Hebert, Martial (2)
- Jose, Sobhagya (1)
- Kinable, Joris (1)
- Lyu, Yiwei (1)
- Mertz, Christoph (2)
- Navarro-Serment, Luis E. (2)
- Schulte, Paul (1)
- Sharma, Karan (1)
- Smith, Stephen F. (1)
- van Hoeve, Willem (1)
- Varadharajan, Srivatsan (1)
- Wander, Lars (1)
- Wang, Jinhang (1)
- Werries, Adam (1)
- Zhou, Jifu (1)
- Carnegie-Mellon University (3)
- Carnegie-Mellon University. Technologies for Safe and Efficient Transportation University Transportation Center (1)
- Carnegie Mellon University. Traffic21 Institute. Safety21 University Transportation Center (UTC) (1)
- Technologies for Safe and Efficient Transportation. University Transportation Center (3)
- University of Pennsylvania (1)
- 3D models (1)
- Accident investigation (1)
- Accident reconstruction (1)
- Advanced driver information systems (1)
- Advanced vehicle control systems (2)
- Algorithms (1)
- Automatic steering control (1)
- Automobile navigation systems (1)
- Autonomous vehicle guidance (1)
- Autonomous vehicles (1)
- autonomous vehicles (1)
- Behavior (1)
- Calibration (1)
- Cameras (1)
- Control barrier functions (1)
- data & information technology (1)
- Data and Information Technology (3)
- Data collection (1)
- Detection and identification (1)
- Detection and identification devices (1)
- Driver information systems (1)
- Driver support systems (1)
- Forecasting (1)
- GPS (2)
- Highways (5)
- highways (1)
- Human factors (1)
- I72: Traffic and Transport Planning (1)
- Image processing (1)
- Inertial Navigation Systems (1)
- Inertial navigation systems (1)
- Inspection (1)
- Intelligent vehicles (2)
- Intersections (1)
- Kalman filtering (1)
- Lane changing (1)
- Laser radar (1)
- LiDAR scanners (1)
- Machine vision (2)
- Maintenance and Preservation (1)
- Mathematical analysis (1)
- Merging traffic (1)
- Monitoring (1)
- Operations and Traffic Management (2)
- Pavement distress (1)
- Pedestrian areas (1)
- Pedestrian movement (1)
- Pedestrian safety (1)
- Photographs (1)
- Planning and Forecasting (1)
- Real time control (1)
- Research Hub (2)
- Risk assessment (1)
- Risk management (1)
- road boundaries (1)
- robotics (1)
- Safety (1)
- Safety and Human Factors (3)
- Scanners (2)
- sensors (1)
- Smart driving (1)
- Smartphones (1)
- Snow and ice control (1)
- Snowplows (1)
- Snow removal (1)
- Software (1)
- Special purpose vehicles (1)
- stationary obstacles (1)
- Traffic incidents (1)
- Traffic safety (1)
- Traffic signal control systems (1)
- Traffic surveillance (1)
- Urban areas (1)
- Urban transit (1)
- vehicles & equipment (1)
- Vehicles and Equipment (1)
- Video cameras (1)
- Voronoi cells (1)
- Winter maintenance (1)
- :Dolan, John M ;Lyu, Yiwei2024-07-31:In this project, we proposed a CBF-inspired risk assessment toolbox, measuring the aggregated risk faced by individual agents due to multi-agent inter...
- :Navarro-Serment, Luis E.2016-10-14:Most traffic intersections lack awareness of pedestrian traffic: their perception abilities—when available—are usually limited to the detection of...
- :Werries, Adam ;Dolan, John2016-05-01:For autonomous vehicles, navigation systems must be accurate enough to provide lane-level localization. High-accuracy sensors are available but not co...
- :Mertz, Christoph2016-01-01:Vehicular accidents are one of the great societal challenges. In some demographics, they are the leading cause of death. It is important that accident...
- :Kinable, Joris ;Smith, Stephen F.2015:Due to the disruptive effect of snowstorms on cities, both in terms ofmobility and safety, the faster the streets can be cleared the better. Yet inmos...
- :Agrawal, Pranay ;Dolan, John2014-12-12:The goal of this project was to detect road boundaries and stationary obstacles on the road using low-cost automotive-grade LiDAR scanners for the pur...
- :Mertz, Christoph ;Hebert, Martial2014-01-01:State and local maintenance departments are tasked with keeping roads in good repair. One part of this task is to monitor the degradation of road surf...
- :Zhou, Jifu ;Navarro-Serment, Luis E.2013-01-01:A smart driving system must consider two key elements to be able to generate recommendations and make driving decisions that are effective and accurat...
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