Skip to main content

ITS Summit 2016, Brisbane: Connected Autonomy in Smart Cities

Hosted by ITS Australia in partnership with the Queensland Department of Transport and Main Roads, the ITS Summit on Connected Autonomy in Smart Cities takes place on 23-24 May at the Queensland University of Technology. The growing international focus on smart cities where transport, utilities and healthcare communicate with each other to allow coordination and reduce waste, is a key driver for the provision of intelligent infrastructure across the road network. Such initiatives are being actively pursu
March 23, 2016 Read time: 2 mins
Hosted by ITS Australia in partnership with the Queensland Department of Transport and Main Roads, the ITS Summit on Connected Autonomy in Smart Cities takes place on 23-24 May at the Queensland University of Technology.

The growing international focus on smart cities where transport, utilities and healthcare communicate with each other to allow coordination and reduce waste, is a key driver for the provision of intelligent infrastructure across the road network. Such initiatives are being actively pursued by local government across South East Queensland to enhance the quality and efficiency of services.

There are already vehicles on Australian roads that can undertake a limited form of self-driving and vehicles are increasingly becoming connected, with huge volumes of data being generated on-board and through road infrastructure.

Such advances are expected to play a critical role in safety and congestion, enabling smarter, cleaner transport.

For more information and to register, visit the %$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 oLinkExternal website Visit its-australia.com.au website false https://www.its-australia.com.au/events/its-summit-2016-2/ false false%>.

Related Content

  • Green Center does away with the parking ticket
    March 19, 2018
    Green Center’s latest solution has replaced the parking ticket with a licence plate number, all done by extending the GPP LPR camera system. The GPP PGS2 parking guidance system is used for guiding drivers when seeking vacant parking spaces in high-capacity areas, such as shopping centres, according to the Czech company. Payment is processed by an automatic pay station by simply entering the licence plate number. With no need for identification of or by the parking ticket, the process is speeded up for
  • Intertraffic Mexico moves to bigger hall
    May 20, 2016
    Having had an extensive waiting list some six months before the doors open, the organisers of Intertraffic Mexico (16-18 November) have moved the exhibition to a bigger location (Hall C) in Mexico City’s Centro Banamex exhibition complex. The bigger hall offers 50% more stand space, has 7,000m2 of floor area and already 110 exhibitors from 23 countries have signed up to Mexico’s inaugural ITS exhibition. With 21 cities having populations of more than 500,000 people, heavy traffic congestion and poor air
  • Intertraffic debut for YoGoKo’s V2X communications
    March 20, 2018
    French start-up company YoGoKo makes its Intertraffic debut with its focus firmly set on the challenges associated with V2X communication and autonomous driving. A few hundred road maintenance vehicles and motor coaches equipped with YoGoKo’s hybrid (ITS-G5/cellular) communication systems are participating in the EU-funded Scoop@F pilot deployments. Working in real traffic conditions, the pilot aims to validate a set of initial cooperative ITS (C-ITS) services between vehicles and the roadside
  • The Valence Pod – a new wireless roadway detection system from Trafficware
    April 15, 2013
    Visitors to the ITS America Annual Meeting will have an opportunity of seeing a new wireless roadway detection system from Trafficware. Operating under a Massachusetts Institute of Technology (MIT) patent in an exclusive license agreement, the company’s engineers developed the Valence Pod, a wireless system that uses roadway sensors to detect the presence of vehicles. The device can be used individually for a smaller zone or grouped with other Pods to create a larger, smarter detection zone. The omni-direct