Trafficware adds parking detection to its central traffic management system

Trafficware has released Version 2.6 of its ATMS.now central traffic management system, adding greater functionality with a new subscription-based parking detection capability and enabling transportation authorities to automate the collection of parking data. The new parking detection module, using Trafficware’s patented wireless pod detection system, allows transportation agencies to aggregate this vehicle detection data into their central traffic management command centre. ATMS.now 2.6 release incl
February 2, 2017 Read time: 2 mins
5642 Trafficware has released Version 2.6 of its ATMS.now central traffic management system, adding greater functionality with a new subscription-based parking detection capability and enabling transportation authorities to automate the collection of parking data.

The new parking detection module, using Trafficware’s patented wireless pod detection system, allows transportation agencies to aggregate this vehicle detection data into their central traffic management command centre.

ATMS.now 2.6 release includes an Edit Categories Selection in the central management software that matches what a technician sees at the street level cabinet intersection controller. For power data users, a new CSV export report will export the entire local volume/occupancy or split databases to an Excel or text file, while special database name labels have been added to the editing and view screens to provide greater descriptive ability in labelling files. The new release also features enhanced diagnostics and more than 25 other convenience and performance-enhancing additions.

ATMS.now that subscribe to Trafficware’s Software Maintenance Agreement will receive all features included in the base application free as part of the program.
Detection, Monitoring & Machine Vision Classification & Data Collection UTC

Related Content

  • December 10, 2015
    Simple solutions for bigger screen
    Mitsubishi’s David Jones considers an alternative to purchasing the display technology for traffic management centres. Display screen technology is evolving rapidly but while the video wall is arguably the most important technology system in a traffic management centre (TMC), most are five to 10 years old and effectively obsolete. When faced with similar problems, other sectors around the world have adopted a policy of leasing all or part of the equipment.
    Read More
  • October 30, 2015
    Caltrans trials Xerox’s Passenger Detection System
    Xerox’s Passenger Detection System has been trialled in California and compared with the state’s team of human counters giving some interesting results, as Colin Sowman discovers. Like others adopting high-occupancy and high-occupancy vehicle (HOV) lanes for congestion management, Caltrans has faced challenges with compliance in what has been effectively an ‘honour system’ with drivers trusted to set their tags correctly or comply with the multi-passenger requirement.
    Read More
  • May 30, 2014
    US eyes European model for Illinois toll road upgrade
    David Crawford welcomes the adoption of European-style ITS technology by the US. The Jane Addams Memorial Tollway in Illinois, US is well on the way towards becoming a ‘smart traffic corridor’, taking full advantage of active traffic management (ATM or ‘managed lanes’) technology that originated in Europe. It is one of the first American toll roads to do so; preliminary work began in 2014 and will continue through to 2016. Jane Addams is one of four toll roads operated by the publicly-owned Illinois State T
    Read More
  • November 30, 2016
    Mobile LiDAR technology used to capture traffic signal data across Pennsylvania
    Engineering, planning and consulting services company Michael Baker International recently completed a nearly US$7-million project for the Pennsylvania Department of Transportation (PennDOT) to collect data from more than 8,600 traffic signals across the state. Over a year, the Michael Baker team, working with PennDOT’s Traffic Signal Asset Management System (TSAMS), collected nearly 20 million data fields for each of the 8,623 traffic signals analysed, which populated a centralised database to support Pen
    Read More

Highlighted Content