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.
Urban Traffic Control

Related Content

  • Jakarta kicks off second ERP trial
    October 2, 2014
    The Jakarta administration is set to kick off a second trial run of the electronic road pricing scheme aimed at helping ease traffic congestion, with the aim of having the system up and running by January 2016. Norway-based Q-Free has set up a gantry with cameras and sensors for the trial run in South Jakarta. The system works by detecting cars passing beneath it, and then remotely deducting a toll from a stored-value card in an on-board unit (OBU) inside the vehicle. OBUs have been installed in 100 car
    Read More
  • In-vehicle safety standard released for consultation
    July 24, 2012
    The new ISO 26262 standard for safety-related vehicle systems is now available for comment. MIRA's David Ward talks to ITS International about what the standard will mean for vehicle and road safety in the future. The publication on 8 July this year of ISO 26262 as a Draft International Standard (DIS) marks an important progression for the automotive - and, in time, the cooperative infrastructure - industries. A couple of years from now, automotive OEMs will be able to subscribe to a unifying standard for s
    Read More
  • New junction on London’s Cycle Superhighway offers safety measures for cyclists
    August 25, 2015
    Britain’s first junction designed to avoid cyclists being hit by left-turning traffic is unveiled today, the beginning of a new wave of such junctions on London’s busiest main roads. Cyclists and turning motor traffic will move in separate phases, with left-turning vehicles held back to allow cyclists to move without risk, and cyclists held when vehicles are turning left. There will also be a new ‘two-stage right turn’ to let cyclists make right turns in safety. For straight-ahead traffic, early-release
    Read More
  • Developing an integrated WIM/ANPR enforcement system
    July 31, 2012
    The weigh in motion market remains especially buoyant and technological development continues to reflect this. Although there are major differences in operating philosophies, particularly between developed and developing countries, both the numbers of countries using Weigh In Motion (WIM) technology and the numbers of systems that they deploy are on the increase.
    Read More

Highlighted Content