White Plains opts for TransCore solution

The city of White Plains in New York is deploying a new SCATS-based adaptive traffic signal control system from TransCore. The system will collect real-time information and then adjust signal timing parameters on a cycle-by-cycle basis on one of the city’s major arterials. Previous conventional traffic control techniques, such as time-of-day signal timing and responsive timing plan selection, were not able to accommodate all the variable and unpredictable traffic conditions experienced on the Tarrytown Road
June 25, 2012 Read time: 1 min
The city of White Plains in New York is deploying a new SCATS-based adaptive traffic signal control system from 139 Transcore. The system will collect real-time information and then adjust signal timing parameters on a cycle-by-cycle basis on one of the city’s major arterials. Previous conventional traffic control techniques, such as time-of-day signal timing and responsive timing plan selection, were not able to accommodate all the variable and unpredictable traffic conditions experienced on the Tarrytown Road, a major arterial that carries around 60,000 vehicles daily and serves as a primary route for commuter access to and from downtown White Plains. Tarrytown Road is also the primary route when traffic is diverted from I-287 and experiences fluctuation in demand throughout the day with significant congestion during morning and afternoon peak traffic hours.
Urban Traffic Control

For more information on companies in this article

Related Content

  • Getting more for less from traffic data
    August 15, 2012
    Collection of traffic and transit data has grown significantly, combining with advances in connectivity and computational modelling to good effect. Desire to do more with less – to make budgets go further – has helped create a boom in the collection and study of traffic and transport data. Studies are becoming longer, greater in number and further in-depth as more intelligence is sought, plus, transportation agencies are looking to make processes of data collection less costly, or more efficient.
    Read More
  • Travel times halve for tolling converts
    August 5, 2013
    The Port Mann Bridge in Vancouver is a prime example of how the latest ITS systems enable new infrastructures to be built and paid for while still providing additional user benefits. Vancouver has 2.2 million inhabitants and, like so many major cities, is divided into two by a river, the Frazer river. This combination makes Vancouver the second most congested city in North America and the most congested in Canada. Through the middle of the city runs the Trans-Canadian Highway 1 which crosses the Frazer Riv
    Read More
  • Traffic signal priority initiatives aid better bus travel
    March 15, 2012
    David Crawford investigates traffic signal priority initiatives developing for better bus travel on the US Pacific Coast Transit patronage rises by an average of 35% along commuter corridors equipped with bus rapid transit (BRT) systems, according to the US Department of Transportation’s Federal Transit Administration (FTA). BRT as defined as bus transit enhanced with ITS systems for better services, is winning new passengers attracted by opportunity to avoid increasing fuel costs and traffic congestion.
    Read More
  • Indra deploys traffic monitoring system to improve mobility, Kuwait
    December 15, 2017
    Indra has created a new traffic control centre in Kuwait equipped with its smart traffic and tunnel management platform, Horus, to present a graphic format of collected traffic data to operators and citizens. Analysis of the data is designed with the intention ascertaining commuter patterns or traffic growth, plan traffic infrastructures and develop new mobility laws and legislation.
    Read More

Highlighted Content