Skip to main content

Toyota trials Next Generation Vehicle Infrastructure Co-operation Service

Toyota is trialling a new driver information system which, if successful, could start to appear in Japanese cities around 2015. Trials started in March this year. The Next Generation Vehicle Infrastructure Co-operation Service consists of sensors mounted on city streets that communicate with vehicles by radio. Vehicles would require an onboard unit to receive the data. The information is particularly designed to help drivers in crowded urban streets whose visibility is obscured by large vehicles such as
October 24, 2012 Read time: 2 mins
Takayuki Kochi, project manager for Toyota, with the new driver information systems.
1686 Toyota is trialling a new driver information system which, if successful, could start to appear in Japanese cities around 2015. Trials started in March this year.

The Next Generation Vehicle Infrastructure Co-operation Service consists of sensors mounted on city streets that communicate with vehicles by radio. Vehicles would require an onboard unit to receive the data.

The information is particularly designed to help drivers in crowded urban streets whose visibility is obscured by large vehicles such as trucks or buses. Typical information would include warning drivers about to turn right – Japan drives on the left – of oncoming vehicles or pedestrians crossing the road.

The system also tells the driver when traffic lights are about to change to green, warning him to check his surroundings. It will also warn a driver approaching traffic lights if they are about to turn red and give information on the best moment to decelerate in order to minimise fuel consumption.

Toyota’s system also includes vehicle-to-vehicle communication, by which sensors would warn a driver attempting to turn at an intersection with restricted viewlines – because of parked cars or high hedges, for example – of approaching traffic.

%$Linker: 2 Asset <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 43856 0 oLinkExternal www.toyota-global.com www.toyota-global.com false /EasySiteWeb/GatewayLink.aspx?alId=43856 true false%>

For more information on companies in this article

Related Content

  • Telegra launches next generation modular intelligent LED signs
    February 26, 2014
    Telegra is coming to Intertraffic Amsterdam 2014 to feature what it has termed “Signs of Intelligence!” – the company’s NextGen series of signs which are claimed to be a quantum leap in LED sign technology. They are a CE certified, lightweight, modularised and hermetically sealed sign that can be assembled in any size. Innovative technology ensures almost no maintenance required, so the company states that Operation & Maintenance (O&M) cost savings may reach 60%. State-of-the-art optical technology has redu
  • Loop detection alternative from Wavetronix
    October 16, 2012
    Wavetronix is adopting a low-key presence at this year’s ITS World Congress in Vienna, and will be appearing in the ITS America pavilion. The company’s message, ‘Rise Above the Road,’ encourages transportation professionals to move away from loops and embrace SmartSensor HD as an accurate alternative. But the secondary message is a declaration that SmartSensor HD is now an active part of European ITS programmes, with significant deployments in Denmark, France, Russia, and the United Kingdom. “Agencies under
  • Wide range of traffic sensors from Banner Engineering
    September 25, 2012
    Banner Engineering, a global leader in sensing technology, will use the ITS World Congress to present a wide range of sensors to detect vehicles for various applications. For instance, the company’s Array products have been used for more than a decade for vehicle classification at toll booths. Being highlighted at the World Congress will be the company’s Mini-Array and EZ-Array measuring light curtains that can sense the profile of any class of vehicle.
  • Orange details electric car’s round-world trip
    October 24, 2012
    Orange is showing off a Citroen C-Zero electric car that has completed the first round-the-world trip by a battery-powered car. The car took eight months, travelled 25,000km through 17 countries and consumed just €250 ($325) of electricity. Orange said the object was to show that a standard electric vehicle could cope with such a trip. Orange outfitted it with its M2M fleet management system, which enabled the company to track the vehicle and monitor its condition at all times. Data received from the M2M