All: Metropolitan Areas

Displaying 10 of 1094 result(s).

Applying a proactive signal control system to a connected vehicle network can reduce fuel consumption by 24 percent.
Content Type: Benefit | Date Posted: 12/24/2018 | Source Date:
Applying a proactive signal control system to a connected vehicle network can reduce total vehicle delay up to 89 percent.
Content Type: Benefit | Date Posted: 12/24/2018 | Source Date:
Compared to the performance of a well-tuned fully actuated signal control system, proactive signal control supported by connected vehicle data can reduce fuel consumption by 18 percent.
Content Type: Benefit | Date Posted: 12/24/2018 | Source Date:
In Minneapolis, implementation of a queue warning system resulted in 54 percent decrease in near-crashes and 22 percent decrease in crashes along segment of interstate.
Content Type: Benefit | Date Posted: 12/21/2018
Autonomous intersection management algorithms found in simulation to reduce delays at intersections by eight times compared to conventional traffic lights.
Content Type: Benefit | Date Posted: 12/21/2018 | Source Date:
Automated first-mile transit shuttles could be three times as effective as human-operated vehicles, according to UC Davis research team.
Content Type: Benefit | Date Posted: 12/21/2018 | Source Date:
Use of Transit Signal Priority systems for Bus Rapid Transit can reduce transit time by 9 percent, with minimal impact to non-transit traffic.
Content Type: Benefit | Date Posted: 11/27/2018 | Source Date:
Cooperative Adaptive Cruise Control (CACC) and Dynamic Speed Harmonization (DSH) applications that share dedicated lanes with HOVs can reduce fuel consumption by more than 16 percent.
Content Type: Benefit | Date Posted: 10/30/2018 | Source Date:
Cooperative Adaptive Cruise Control (CACC) and Dynamic Speed Harmonization (DSH) applications that share dedicated lanes with HOVs can improve throughput by 21 percent with 10 percent market penetration.
Content Type: Benefit | Date Posted: 10/30/2018 | Source Date:
Autonomous vehicles that can detect imminent rear-end collisions and quickly accelerate using on-demand power from electric motors can reduce whiplash injuries by 40 to 65 percent.
Content Type: Benefit | Date Posted: 10/30/2018 | Source Date:
ITS Deployment Evaluation

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