Skip to main content

Sensors reducing pedestrian-car collisions

The EU-funded ARTRAC project has developed new sensor technologies which it believes could help meet the European Commission’s target of halving road accidents by 2020. The project, which includes carmakers Volkswagen and Fiat, developed an affordable radar sensor that uses multiple antennas to detect, classify and avoid obstacles on the road before collision and reduce the likelihood of vehicles colliding with pedestrians.
January 22, 2016 Read time: 2 mins

The EU-funded ARTRAC project has developed new sensor technologies which it believes could help meet the European Commission’s target of halving road accidents by 2020.

The project, which includes carmakers 994 Volkswagen and 1674 Fiat, developed an affordable radar sensor that uses multiple antennas to detect, classify and avoid obstacles on the road before collision and reduce the likelihood of vehicles colliding with pedestrians.

A high resolution image of the circumstances in front of the car, combined with a powerful digital processing board, enables the system to detect the presence of a person on the road, while an algorithm allows the system to track his or her movements.

Once the sensor detects a pedestrian, it can emit a warning or even be linked to an automatic braking and steering system. Radar was chosen because it is relatively cheap, robust and can work in all weather conditions and darkness.

The project is coordinated by Germany and includes Italy, Finland, Spain and Romania
“It is a big scandal that we accept that every year 5,000 people die on German roads,’ said project coordinator Professor Hermann Rohling of the Institute of Communications at Hamburg University of Technology in Germany. “That would not be accepted in air traffic.”

The system worked properly during more than 100 trials. “Even for me, that was really a surprise – that there was not a single instance of a radar sensor not working properly,” Rohling said.

For more information on companies in this article

Related Content

  • VTT's autonomous cars take to public roads
    May 18, 2017
    The autonomous cars developed by VTT Technical Research Centre of Finland are able to exchange information with each other and their driving environment. They are able to follow a pre-programmed route and avoid collisions with sudden obstacles without input from the driver. The cars currently require the lane markings or sides of the road to be visible. However, by 2020, VTT says the cars will be driving in more demanding conditions on roads covered in gravel and snow. The autonomous cars feature a thermal
  • V2X: The design challenges
    May 2, 2018
    The connected future throws up a number of enticing possibilities for us all. But, says Houman Zarrinkoub of MathWorks, issues around visualisation, prototyping and model evolution need to be examined carefully. We are all aware of the huge amount of investment going into driverless car technologies. With the likes of Volvo, Tesla and BMW getting in on the act, soon they will be a common sight on our roads. However, for this to occur, the vehicles must be able to connect with each other and ensure driver
  • Bluetooth and Wi-Fi offer new options for travel time measurements
    November 20, 2013
    New trials show Bluetooth and Wi-Fi signals can be reliably used for measuring travel times and at a lower cost than an ANPR system, but which is the better proposition depends on many factors. Measuring travel times has traditionally relied automatic number plate (or licence plate) recognition (ANPR/ALPR) cameras capturing the progress of vehicles travelling along a pre-defined route. Such systems also have the benefit of being able to count passing traffic and have become a vital tool in dealing with c
  • Predicting the future for video camera systems
    March 12, 2012
    Jo Versavel, Managing Director of Traficon, talks about near-term trends in video camera systems. Jo Versavel starts by making one thing clear: long-term forecasts as to what the future holds for video-based traffic monitoring are to all intents and purposes meaningless. The state of the art is developing so fast that in reality it's impossible to say where we'll be in 10 years' time, says the Managing Director of Traficon. In his opinion making firm predictions even five years out is too ambitious, whereas