Skip to main content

Transit Windsor rolls out intelligent transportation system

Transit Windsor in Ontario, Canada has begun the testing phase of its new intelligent transportation system (ITS) as part of an ongoing effort to create a more efficient, safer and more user-friendly public transit system. Currently, ten Transit Windsor buses are equipped with the new system and providing automated stop announcements. This system provides onboard voice and visual announcements, which include next stop messages. Voice announcements are coordinated with display signs inside the bus. Pre-b
February 17, 2017 Read time: 2 mins
5446 Transit Windsor in Ontario, Canada has begun the testing phase of its new intelligent transportation system (ITS) as part of an ongoing effort to create a more efficient, safer and more user-friendly public transit system.

Currently, ten Transit Windsor buses are equipped with the new system and providing automated stop announcements.  This system provides onboard voice and visual announcements, which include next stop messages. Voice announcements are coordinated with display signs inside the bus. Pre-boarding external audible announcements are also provided to waiting passengers waiting at bus stop locations.

In addition to security cameras on all buses, passengers can receive text messages by using the SMS stop prediction feature, enabling passengers to reduce their wait time for a vehicle or simply find the next Transit Windsor bus at their location.

Similar to the SMS prediction feature, Transit Windsor’s interactive voice response prediction feature allows passengers to dial in for an up-to-the-minute prediction of a Transit Windsor bus arrival at a chosen stop.

In addition, an online portal enables passengers to access real-time bus arrival information via the internet.  

More buses will be added over the next several weeks as the technology is tested and rolled out.

For more information on companies in this article

Related Content

  • New ticket purchase methods expected to drive advance of US public transit
    April 2, 2015
    New analysis from Frost & Sullivan, Strategic Analysis of the US Automated Fare Collection Market in Rail and Urban Transit Systems, finds that the market earned revenues of US$324.5 million in 2014 and estimates this to reach US$634.8 million by 2021. The rising cost of fare management, coupled with the increasing presence of computing, sensors and connected devices, have made public transit systems more accessible to end users, thus boosting interest in automated fare collection (AFC) systems. With 33
  • USDOT video shows benefits of connected vehicles
    December 23, 2014
    The US Department of Transportation (USDOT) has also developed an animated video to illustrate the concept of connected vehicles and help the public understand its potential benefits. Connected vehicle technology enables cars to wirelessly communicate with each other, roadside infrastructure, and even personal mobile devices, sharing valuable information that could save lives, reduce congestion, and lessen the impact of transportation on our environment.
  • USDOT video shows benefits of connected vehicles
    December 23, 2014
    The US Department of Transportation (USDOT) has also developed an animated video to illustrate the concept of connected vehicles and help the public understand its potential benefits. Connected vehicle technology enables cars to wirelessly communicate with each other, roadside infrastructure, and even personal mobile devices, sharing valuable information that could save lives, reduce congestion, and lessen the impact of transportation on our environment.
  • Vehicular networking architecture for local road weather services
    August 19, 2015
    The Finnish Meteorological Institute is currently testing two-way delivery of local weather data as Timo Sukuvaara explains. Road weather information is one of the key ways in which ITS can help reduce traffic accidents and fatalities – which is why the Finnish Meteorological Institute (FMI) has long provided road weather services. Now, the CoMoSeF (Cooperative Mobility Services of the Future) project has been developing communication methodologies to deliver road weather services directly to vehicles and g