| ITS Deployment Evaluation

Benefits: Stop Sign Gap Assist (VS06)

6 unique benefits found.

Simulation Results Showed That Stop Sign Gap Assist Applications for Connected and Automated Vehicles Can Improve Capacity on Minor Approaches by up to 35.5 Percent; However, There was a Clear Trade-Off Between Capacity and Safety Benefits.

Date Posted: 10/20/2022 | Source Date:

Utilization of Connectivity & Automation in Support of Transportation Agencies’ Decision Making

08/02/2022

"Vehicle Entering When Flashing" Signs at stop-controlled intersections in North Carolina yield a 7 percent reduction in crashes.

Date Posted: 12/09/2016 | Source Date:

Evaluation of the Safety Effectiveness of “Vehicle Entering When Flashing” Signs and Actuated Flashers at 74 Stop-Controlled Intersections in North Carolina

11/15/2012

In-vehicle adaptive stop display results in more compliant behavior compared to the traditional stop sign.

Date Posted: 12/06/2016 | Source Date:

Safety, Operational, and Energy Impacts of In-vehicle Adaptive Stop Displays Using Connected Vehicle Technology

07/31/2015

Most professional truck drivers interviewed in Ohio and California expressed favorable views of on-board connected vehicle safety applications installed on Class 8 commercial vehicles.

Date Posted: 11/04/2016 | Source Date:

Connected Commercial Vehicles—Integrated Truck Project Driver Clinics, Performance Tests, and Lessons Learned Final Report

02/01/2014

Cooperative Intersection Collision Avoidance Systems improve safety and offer an alternative to traffic signals at rural intersections

Date Posted: 12/08/2015 | Source Date:

2010 ITS Annual Report

10/30/2010

Dynamic roadside warning systems that alert drivers of opposing traffic at rural intersections can decrease roll-throughs up to 22 percent.

Date Posted: 08/29/2014 | Source Date:

Advanced LED Warning System for Rural Intersections: Phase 2 (ALERT-2)

02/02/2014