Skip to main content

TransCore wins Scats deployment contract

TransCore has been selected by Cobb County Department of Transportation, Atlanta, to expand its Scats (Sydney Coordinated Adaptive Traffic System) adaptive traffic signal control technology with an additional 75 intersections, nearly doubling its use of the technology and making it the second largest deployment in the United States. The first phase of 26 intersections in the town centre area are now in operation with the remaining intersections expected to be fully operational by October 2012.
April 27, 2012 Read time: 2 mins
139 Transcore has been selected by Cobb County Department of Transportation, Atlanta, to expand its Scats (Sydney Coordinated Adaptive Traffic System) adaptive traffic signal control technology with an additional 75 intersections, nearly doubling its use of the technology and making it the second largest deployment in the United States. The first phase of 26 intersections in the town centre area are now in operation with the remaining intersections expected to be fully operational by October 2012.

Cobb County, located in the northwest portion of metropolitan Atlanta, first installed adaptive signal control technology in 2006 along Cobb Parkway (US 41) and the Cumberland Galleria area surrounding the I-75/I-285 interchange. Now, in an effort to accelerate mobility in the Northwest Corridor, one of the most congested areas in the metropolitan region, the system’s use will be expanded along US 41, I-75 and I-575.

An intelligent transportation system with adaptive capabilities can respond to traffic patterns as they occur and reduce choke points in the county’s roadway network and subsequently reduce vehicle emissions, fuel consumption, and travel times. As Tim Fischer, TransCore’s vice president for the southeast region, explains, “What makes the Scats adaptive system appealing is that each corridor can be configured differently versus using the traditional time-based, or actuated signal controls. Other systems don’t have this level of configurability or flexibility.”

Scats, originally developed for Sydney Australia by the Roads and Transport Authority, operates in real-time to adjust signal timing in response to changes in traffic demand and provides immediate and historical traffic information for Cobb County traffic engineers. It is currently one of the most widely used adaptive traffic control systems around the world controlling more than 30,000 intersections globally and more than 1,000 intersections in the United States.

For more information on companies in this article

Related Content

  • Continental focusing on LED headlight innovations
    March 14, 2014
    Used until now in vehicle exterior lighting primarily for daytime running lights, tail lights, indicators, automotive supplier Continental claims light-emitting diodes (LEDs) now provide sufficient luminosity to function as low-beam or high-beam lights as well in irradiating the vehicle surroundings. LEDs offer numerous advantages over halogen or xenon lights. They are more efficient and offer a higher degree of safety. The light emitted by the LED is more like sunlight than other light sources and is t
  • Car parking and parked cars need not be a technological black hole
    March 19, 2015
    David Crawford mines the potential of joined-up parking. Drivers conventionally see parking as an isolated, often frustrating, action; but collectively their attempts to find a space impact hugely on traffic flows. But new analyses of parking events look set to deliver real benefits to motorists and cities alike. Initiatives getting under way around the world are highlighting the advantages of connecting up parking events and – eventually - parked cars. The hoped-for results include not only enhanced urban
  • Cash for Southern Nevada bus rapid transit
    April 25, 2024
    Maryland Parkway Bus project received $150m from the US government
  • Dubai metro - the world's longest automated rail system
    July 31, 2012
    David Crawford reviews the recent opening of Dubai's Red Line. The US$7.6bn Dubai Metro, the Phase I Red Line of which started partial operation in September 2009, will be the world's longest driverless rail system on its planned completion in 2011. With a total length of some 75km, it will then overtake the 68.7km Vancouver SkyTrain and be able to carry over 1.2 million passengers on a typical day.