All: Metropolitan Areas

Displaying 10 of 1099 result(s).

Incorporate Real-World Repair Events When Training Deep Learning Models to Improve Bridge and Culvert Condition Rating Accuracy.
Content Type: Lesson | Date Posted: 06/30/2026 | Source Date:
Curbside Traffic Monitoring Tool Found Remote For-Hire Vehicle Service Reduced Traffic Density by 15 Percent at John F. Kennedy Airport.
Content Type: Benefit | Date Posted: 06/30/2026 | Source Date:
An Intelligent Path Optimization System for Emergency Responses at Railway Level Crossings in Columbia, South Carolina, Reduced Response Times by up to 79.3 Percent Compared to Wait-and-Stop Strategies.
Content Type: Benefit | Date Posted: 06/30/2026 | Source Date:
Simulation Study Using NYC Taxi Data Found Robo-Taxi Fleet-as-Sensor Generated Approximately 75,000 Link-Level Traffic Observations Versus 2,000–4,000 for the Baseline, While Maintaining Similar Wait Times and VMT.
Content Type: Benefit | Date Posted: 05/26/2026 | Source Date:
Buses Equipped with V2X Transit Signal Priority Technology Completed Their Routes an Average of 2.3 Minutes Faster than Non-equipped Buses in Utah.
Content Type: Benefit | Date Posted: 05/21/2026 | Source Date:
A Real-Time AI-Assisted Traffic Signal Control System in San Anselmo, California, Reduced Time Spent in Traffic by Approximately 30 Percent at a Cost of 30 Cents Per Hour to the City.
Content Type: Benefit | Date Posted: 04/24/2026 | Source Date:
Pilot Deployment of a GPS Data-Informed Traffic Signal System in Michigan Yielded Up to a 30 Percent Reduction in Delay and 40 Percent Reduction in Stops.
Content Type: Benefit | Date Posted: 04/24/2026 | Source Date:
A Transit Signal Priority (TSP) Deployment along Salem, Oregon's Lancaster Drive Corridor Reduced Late Bus Arrivals by 20 Percent.
Content Type: Benefit | Date Posted: 04/24/2026 | Source Date:
Leverage Vehicle-to-Curb (V2C) Technologies to Understand Curb Dynamics and Manage Commercial Vehicle Load Zones.
Content Type: Lesson | Date Posted: 03/30/2026 | Source Date:
Expanding Vehicle-to-Curb (V2C) Technologies to 500 Commercial Vehicle Load Zones in Seattle Projected to Cost $2,492,930.
Content Type: System Cost | Date Posted: 03/30/2026 | Source Date:
ITS Deployment Evaluation

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