Benefits Goals: Efficiency

101 unique benefits found.

Using Simulated Data, A Cloud-Based Traffic Management System with V2X-Enabled Dynamic Traffic Control Outperformed Existing Models, Achieving a 25 Percent Improvement in Traffic-Flow Efficiency and a 40 Percent Faster Response Time.
Date Posted: 04/24/2026 | Source Date:
AI-Driven Adaptive Signal Control Pilot in Maricopa County, Arizona, Reduced Vehicle Delay by 322 Hours per Week at the Project Intersection.
Date Posted: 12/30/2025 | Source Date:
Pay-for-Performance ITS Contract Increased Monitored Device Uptime from Approximately 50 percent to Over 98 percent.
Date Posted: 12/30/2025 | Source Date:
Road Safety Conditions Pilot in California Using Computer Vision and Artificial Intelligence Reported 97 Percent Accuracy in Pothole Detection.
Date Posted: 12/22/2025 | Source Date:
Implementation of an Adaptive Traffic Signal Control System Reduced Annual User Costs by $977,000 in Peterborough, Ontario, Canada.
Date Posted: 09/25/2025 | Source Date:
Simulation Study on Cooperative Control of Traffic Signals and Connected and Automated Vehicles Found Up to a 30 Percent Reduction in Travel Time Compared to Baseline.
Date Posted: 06/30/2025 | Source Date:
Emergency Vehicle-Aware Automated Vehicle Lane Change Decision Methodology Estimated to Provide Approximately 26 Percent Points More Blockage-Free Travel Compared to Rule-Based Lane Change Approaches.
Date Posted: 06/30/2025 | Source Date:
A Single Portable Dynamic Message Sign Located Upstream from a Freeway Lane Closure Can Increase Merge Lane Utilization by Up to 3.2 Percent Compared to Static Signage.
Date Posted: 05/28/2025 | Source Date:
An Optimization Study Revealed That Integrated Demand-Responsive Transport (I-DRT) Systems Can Reduce Average Passenger Travel Time By As Much as 36 Percent Compared to Traditional Public Transit.
Date Posted: 04/29/2025 | Source Date:
Study on Traffic-Responsive Metering Algorithm in Baltimore Estimated 3.6 and 8.8 Percent Reduction in Average Travel Time for Trucks and Cars, Respectively, With Local Signal Synchronization.
Date Posted: 03/31/2025 | Source Date:
ITS Deployment Evaluation

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U.S. Department of Transportation Office of the Assistant Secretary for Research and Technology (OST-R)
 
 
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