In-Vehicle Signage (TI07) | ITS Deployment Evaluation

All: In-Vehicle Signage (TI07)

Displaying 98 result(s).

Place Queue Trucks Ahead of a Work Zone to Reduce Number of Hard Braking Events and Crash Risks.

Date Posted: 03/24/2022 | Source Date:

Evaluating the Impact of Vehicle Digital Communication Alerts on Vehicles

Use Infrared Markings and Radio Frequency Identification (RFID) Tags to Ensure Information on Roadside Machine-Readable Signs is Delivered to Vehicles.

Date Posted: 03/22/2022 | Source Date:

Infrastructure Initiatives to Apply Connected- and Automated-Vehicle Technology to Roadway Departures

Incorporate Probe Data to Expand the Range of Smart Work Zones and Provide Measurements from Locations Beyond the Range of the Sensors.

Date Posted: 12/27/2021 | Source Date:

Using IoT Technology to Create Smart Work Zones

Leverage Relative Accuracy of GPS for Detecting Lane Departure and Road Direction.

Date Posted: 11/24/2021 | Source Date:

Development and Demonstration of a Cost-Effective In-Vehicle Lane Departure and Advanced Curve Speed Warning System

Speed Warning System Tested in Minnesota Reduces Vehicle Speed by up to 10 Percent on Curved Road Segments.

Date Posted: 11/23/2021 | Source Date:

In-Vehicle Dynamic Curve-Speed Warnings at High-Risk Rural Curves

Present Drivers with Downstream Speed Information Using Smart Work Zone Systems to More Effectively Control Driving Behavior in Work Zones.

Date Posted: 10/29/2021 | Source Date:

Evaluation of the Smart Work Zone Speed Notification System

An Evaluation of Three Work Zone Intrusion Alarm Systems in California Provided Suggestions to Enhance Visual, Sound, and Sensor Components.

Date Posted: 09/28/2021 | Source Date:

Evaluation of Work Zone Intrusion Alarms

Alternative Work Zone Intrusion Alarm (WZIA) Systems in California Range in Cost from $4,630 to $11,100 per Half-Mile.

Date Posted: 09/28/2021 | Source Date:

Evaluation of Work Zone Intrusion Alarms

Field Testing of an Automated Flagger Assistant Device in Missouri Reduces Vehicle Approach Speeds by Four Miles Per Hour and Increases Stopping Distance by 11 Feet.

Date Posted: 08/23/2021 | Source Date:

Evaluation of Automated Flagger Assistance Devices

Increasing Warning Sign Activation Time after Last Detection Improves Animal Detection System Effectiveness for Highways.

Date Posted: 07/27/2021 | Source Date:

The Reliability and Effectiveness of a Radar-Based Animal Detection System.