Skip to main content

Georgia gets SCOOT

Siemens has won a new SCOOT (Split Cycle Offset Optimisation Technique) project in the US State of Georgia, in an area to the north of Atlanta along State Route 9. In the first phase, SCOOT will control thirty-three intersections in the towns of Alpharetta, Roswell and Sandy Springs and it is expected that more intersections will be added to the system over the next few years. The project is being managed by Siemens USA with local dealer Temple.
May 9, 2013 Read time: 2 mins
189 Siemens has won a new SCOOT (Split Cycle Offset Optimisation Technique) project in the US State of Georgia, in an area to the north of Atlanta along State Route 9. In the first phase, SCOOT will control thirty-three intersections in the towns of Alpharetta, Roswell and Sandy Springs and it is expected that more intersections will be added to the system over the next few years.

The project is being managed by 121 Siemens USA with local dealer 580 Temple.

Following testing of a demonstration system by 754 Georgia Department of Transportation which highlighted the benefits of adaptive control and after comparison with a leading system, it was determined that SCOOT would be an excellent long term solution.

Further analysis by 831 Federal Highway Administration (FHWA), concluded that, of SCOOT’s many desirable features, the one of particular importance was the ability to run the system with ordinary traffic plans but to also have the capability to invoke SCOOT when desired.  

It was determined that with the Siemens configuration, the clients could continue to run standard traffic patterns using the Siemens TACTICS traffic management system.  However, when requested, the SCOOT system can activate a full adaptive system which can be turned on and off by the SCOOT system scheduler.

Roadside implementation has already begun and the full SCOOT implementation is expected to be completed by the end of the summer.

A tender has also been released to expand the system with an additional thirty-four intersections before the initial deployment has been completed.  The initial deployment will be for 33 intersections.

Related Content

  • Upgrade for Northampton’s traffic management
    October 4, 2012
    An extensive traffic management systems upgrade is under way in Northamptonshire, where UK company Siemens is supplying Northamptonshire County Council with the latest PC SCOOT urban traffic control system and the recently-launched Siemens InView hosted fault management solution. Subsequent phases of the upgrade will see the existing analogue TC12 outstations replaced by the latest Siemens UTMC compliant UG405 outstations and ultimately the migration to a new hosted traffic management service solution. In
  • Adaptive traffic control drives financial benefits
    July 24, 2012
    Prof. Klaus Banse, President of ITS Colombia and Ing. Robert Miranda, Head of the Traffic Management and Control System of Cartagena de Indias, Columbia, outline early cost benefits of an adaptive traffic control system. At the beginning of this year, Cartagena de Indias, located on the north coast of Colombia in the Caribbean, implemented a new adaptive traffic control system on 52 intersections with an investment of US$4.5 million.
  • Siemens Mobility wins traffic management contract in Northern Ireland
    March 8, 2019
    Siemens Mobility has been chosen by the Department of Infrastructure in Northern Ireland to maintain and develop existing traffic management systems, which are mainly located in Belfast. The scope of the four-year contract includes the maintenance of local systems and the ongoing delivery of a dedicated IP-communications network, which connects 328 urban traffic control (UTC) sites to the central Siemens Mobility UTC and split cycle offset optimisation technique system. The deal is expected to migrate the
  • Vivacity demos AI junction control
    March 18, 2021
    How will AI-controlled junctions help smooth the journeys of drivers – and cyclists - in urban areas? Alan Dron looks at an expanding scheme in Manchester, UK, which aims to find out