Skip to main content

MassDOT uses Bluetooth to provide real-time information on signs

Massachusetts Department of Transportation (MassDOT) has deployed forty-eight message signs along the Massachusetts Turnpike, Route 3 on the South Shore and the Mid-Cape highway, which will use information from Bluetooth enabled devices to display real time traffic information. The signs will operate seven days a week from 5am to 10pm and will be updated every three minutes with new information. A unique identifier and a time stamp is created when a Bluetooth enabled device, such a cell phone in a car, pass
May 28, 2013 Read time: 2 mins
7213 Massachusetts Department of Transportation (MassDOT) has deployed forty-eight message signs along the Massachusetts Turnpike, Route 3 on the South Shore and the Mid-Cape highway, which will use information from Bluetooth enabled devices to display real time traffic information.

The signs will operate seven days a week from 5am to 10pm and will be updated every three minutes with new information. A unique identifier and a time stamp is created when a Bluetooth enabled device, such a cell phone in a car, passes a roadside detector. When the device passes a second detector, an algorithm is performed using the time stamps and the unique identifier to arrive at the travel time that is displayed on the boards.

The data will be fed to MassDOT’s website and an open data feed for phone app developers will follow in the coming weeks.
 
Announcing the deployment, MassDOT Secretary and CEO Richard A Davey said: “MassDOT is pleased to provide this information to residents and visitors to the Commonwealth,” said Secretary Davey. “We hope they will use this service to add some predictably to their lives and also serve as a reliable resource to help them make decisions on taking alternative routes or using public transit.”

For more information on companies in this article

Related Content

  • Flexible, demand-based parking charges ease parking problems
    April 10, 2012
    Innovative parking initiatives on the US Pacific Coast. David Crawford reviews. Californian cities are leading the way in trialling new solutions to their endemic parking problems. According to Donald Shoup, a professor of urban planning at the University of California in Los Angeles, drivers looking for available spots can cause up to 74% of traffic congestion in downtown areas. One solution is variable, demand-responsive pricing of parking.
  • Flexible, demand-based parking charges ease parking problems
    April 10, 2012
    Innovative parking initiatives on the US Pacific Coast. David Crawford reviews. Californian cities are leading the way in trialling new solutions to their endemic parking problems. According to Donald Shoup, a professor of urban planning at the University of California in Los Angeles, drivers looking for available spots can cause up to 74% of traffic congestion in downtown areas. One solution is variable, demand-responsive pricing of parking.
  • Inrix aids authorities in dealing with data
    August 18, 2015
    New traffic data products and services have been launched to aid transport and urban planners and business with detailed intelligence on journey patterns, reports Jon Masters. Manual travel surveys ought soon to become a thing of the past for transport planners and the business community. The technology now exists for getting sophisticated levels of traffic and trip data from connected vehicles. Cars and commercial fleets carrying a GPS device, or a mobile phone or smartphone are the sources of the informat
  • Arizona DOT upgrades camera system
    February 22, 2013
    Arizona’s traffic operations centre was built more than twenty years ago; the first traffic camera was installed over Interstate10 in 1990. That’s all changed now thanks to a recent US$2.1 million upgrade of the camera system by Arizona Department of Transportation (ADOT) which replaced cables with fibre optic lines, so the cameras now show fresh images every ten seconds rather than every five minutes. The upgrade has also replaced the 32 video screens in the traffic operations centre, enabling staff to sca