Delivering resources to save time, lives, and money
The 2-phase project covers 22 miles of Interstate 95 (I-95) from Miami to Ft. Lauderdale and includes: Physically separated express lanes (2 per direction) Dynamically priced tolls Bus Rapid Transit... Learn More
The following project elements are part of the SFpark program. Sensors in on-street parking and City-owned garages track when and where parking is available Parking data is made available to the... Learn More
A comparative evaluation of three different towing strategies on the I-5/I-405 loop in downtown Portland. The three strategies are: Typical: Tow trucks are dispatched after on-site verification from... Learn More
UDOT's RWIS program includes: A customized system with non-proprietary weather data that is developed, built, & operated by UDOT Weather forecasters in the Traffic Operation Center (TOC) that... Learn More
The Dallas ICM project will be implemented in 2013 and will include the following assets and strategies: ITS infrastructure including: surveillance cameras, dynamic message signs on arterials and US-... Learn More
Michigan DOT formed an I-94 partnership to implement the following: Set travel-time goals, measures, and strategies to account for work zone performance. Increase collaborative effort with... Learn More
The New Jersey Department of Transportation (NJDOT) and its partners routinely plan and staff transportation management activities for planned special events (PSE). In January 2014 they were charged... Learn More
This supplement contains five case studies that demonstrate approaches to travel time reliability monitoring described in the guidebook. Related Artifacts: L02 - Supplement A - Monitoring System... Learn More
Active Transportation and Demand Management (ATDM) [1] is the ability to dynamically manage recurrent and non-recurrent congestion based on prevailing traffic conditions in order to maximize the... Learn More
The primary objective of the case study is to develop a process for estimating reliability performance measures and identifying reliability deficiencies based on traffic flow and incident duration... Learn More