ARC-IT Topics

Commercial Vehicle Operations
 
Data Management
 
Maintenance and Construction
 
Parking Management
 
Public Safety
 
Public Transportation
 
Support
 
Sustainable Travel
 
Traffic Management
 
Traveler Information
 
Vehicle Safety
 
Weather
 

All: Sustainable Travel

Displaying 354 result(s).

An Integrated Controller Optimizing Energy Consumption and Signal Timing Through V2I and V2V Communications Was Predicted To Improve Energy Efficiency by Up to 18 Percent and Reduce Total Delay Up to 47 Percent Based on Simulation Results.
Date Posted: 03/28/2023 | Source Date:
Eco-Driving Technology Field-Tested in Ontario, Canada Estimated to Lead to Fuel Savings of 7.6 Percent.
Date Posted: 01/30/2023 | Source Date:
Simulation Results Suggest That Connected Automated Vehicle (CAV) Applications That Support Traffic Optimization on Signalized Corridors Can Reduce Vehicle Stops, But Have Limited Impacts on Overall Travel Times and Delay.
Date Posted: 05/31/2022 | Source Date:
Deploy Traffic Optimization Applications for Connected and Automated Vehicles at Moderate or High Traffic Volume and Delay Signalized Intersections to Maximize Its Effectiveness.
Date Posted: 05/31/2022 | Source Date:
Geofencing-Enabled Truck Routing to Protect Disadvantaged Communities Reduced NOx Emissions by 74 percent.
Date Posted: 07/01/2022 | Source Date:
A Green Light Optimal Speed Advisory System for Buses Efficiently Reduced Fuel Consumption by 22.1 Percent and Reduced Vehicle Travel Times by 6.1 Percent Compared to Scenarios Without Any Driving Assistant Systems.
Date Posted: 06/09/2022 | Source Date:
Simulation Study of a North Carolina Superstreet Intersection Estimates That Connected and Automated Vehicles with Platooning Control Could Reduce Fuel Consumption Up to 25 Percent.
Date Posted: 04/27/2022 | Source Date:
Keep Detector Data Quality at 90 Percent or Above at Critical Locations for Successful Operation of the Congestion Responsive Freeway Ramp Metering Strategy.
Date Posted: 04/26/2022 | Source Date:
Installation of a Dynamic Wireless Charging Lane for Electric Vehicles Estimated to Cost 6.3 to 6.6 Million Dollars per Mile in Indiana.
Date Posted: 04/11/2022 | Source Date:
Account for Adequate Electrical Substation Capacity and Access Needs When Planning Dynamic Wireless Charging Lanes.
Date Posted: 04/11/2022 | Source Date:
ITS Deployment Evaluation

INTELLIGENT TRANSPORTATION SYSTEMS JOINT PROGRAM OFFICE

1200 New Jersey Avenue, SE
Washington, DC 20590

1-800-853-1351

its.dot.gov

Focus Areas

Benefits

Costs

Deployment Statistics

Briefings

Lessons Learned

ITS Taxonomy

Database Tutorial

Contact

Topics

Commercial Vehicle Operations

Data Management

Maintenance and Construction

Parking Management

Public Safety

Public Transportation

Support

Sustainable Travel

Traffic Management

Traveler Information

Vehicle Safety

Weather

 

U.S. Department of Transportation Office of the Assistant Secretary for Research and Technology (OST-R)
 
 
Web Policies and Notices | Accessibility | Careers | FOIA | Privacy Policy | Information Quality | No FEAR Act Data | Ethics
Civil Rights | Office of Inspector General | OIG Hotline | BusinessUSA | USA.gov | White House