Skip to main content

GPS system to track Hong Kong airport bus service

Catching the next airport bus is expected to be a lot simpler for Citybus’s Cityflyer airport bus passengers. The IT and network technology provider NEC Hong Kong recently developed a fleet management system (FMS) that uses GPS-based technology to monitor airport buses and predict their arrival times at upcoming bus stops. Available at Citybus’ web site and as a smartphone mobile app, the estimated time of arrival (ETA) service covers around 300 bus stops of all Citybus A routes and the accuracy of predicti
January 4, 2013 Read time: 2 mins
Catching the next airport bus is expected to be a lot simpler for Citybus’s Cityflyer airport bus passengers. The IT and network technology provider 1068 NEC Hong Kong recently developed a fleet management system (FMS) that uses GPS-based technology to monitor airport buses and predict their arrival times at upcoming bus stops.

Available at Citybus’ web site and as a smartphone mobile app, the estimated time of arrival (ETA) service covers around 300 bus stops of all Citybus A routes and the accuracy of prediction reaches over 90 per cent within plus or minus one minute, according to NEC.

"Though the concept is simple, achieving an accurate result proved to be technically challenging," said Elsa Wong, managing director of NEC Hong Kong. "Because of the density and height of buildings in the city, not to mention its vehicle tunnels, Hong Kong is a tough environment for GPS applications”.

Wong noted traditional fleet management systems are adequate for basic tasks such as route planning and monitoring, but they are unlikely to provide accurate prediction of arrival times at a given location.

According to Wong, the FMS is supported by a set of algorithms for calculating arrival times using real-time data from the bus itself, observations of actual traffic conditions and speed along the route, and historical averages for different sets of variables. These enable Citybus to make accurate ETA predictions even when the bus itself is not visible to GPS, either because it is shadowed by buildings or passing through a tunnel."

"NEC's intelligent FMS has the potential to revolutionise the way people use this mode of transport," said Wong. "It takes the guesswork out of journey planning. Passengers can use their mobile phones not only to find the most convenient route, but to check frequencies and see when the next bus is due. This gives them more flexibility when they are planning journeys. It helps them decide when they need to leave home or the office."

For more information on companies in this article

Related Content

  • ITS homes in on cycling safety
    April 9, 2014
    A new generation of ITS equipment is helping road authorities get to grips with cycle safety – and not a moment too soon as Colin Sowman discovers. Cyclists - remember them? Apparently not. At least not according to the OECD 2013 report Cycling, Health and Safety which contains the statement: ‘Cyclists are often forgotten in the design of the road traffic system’. Looking through the statistics that exist (each country appears to compile them differently) it is not difficult to see how such a conclusion cou
  • Sacramento Regional Transit launches mobile bus tracker
    September 12, 2012
    Following the introduction of its real-time online bus tracking system, Sacramento Regional Transit (RT) in California has launched a new free app for iPhone and Android that enables passengers to track any bus approaching a bus stop. RT’s online real-time bus tracking allows RT call center specialists and passengers to view the location of any bus moving in real time on a virtual map and sign up for email or text alerts telling them when the bus has arrived at a given stop. According to Mike Mattos of Sa
  • Bluetooth monitoring to reduce Istanbul’s congestion
    May 14, 2013
    Spanish company Trafficnow and Isbak are working together to help in taming the congestion in Istanbul, one of Europe’s most congested cities. They are to install 250 DeepBlue Bluetrack sensors along all the major corridors and access points of the city, together with the DeepBlue core centralised system. The sensors use the signals emitted by Bluetooth-enabled devices such as GPS navigation systems and mobile phones to track vehicles and calculate travel times. With up to ten lanes of traffic, the city aut
  • QRoutes launches transport planning software for schools and special needs
    November 15, 2017
    QRoutes has launched the latest version of its Transport Planning tool which is designed with the intention of simplifying and improving the planning of school and special needs transport. It creates visual map-based results and enables planners to explore what-if scenarios to find new improved routes. The QRoutes Planner (QRP) can configure the system to take into account a range of variables affecting each route plan. These include board and alight times for different passenger types, and road type