In car safety system combats driver fatigue

UK firm Exeros Technologies has developed a camera and alarm system that can help combat the problem of driver fatigue. The system is smaller than most satnav devices and is a non-contact system that uses an advanced video camera algorithm. This allows the camera to monitor the driver’s eyes and face for signs of fatigue or prolonged distraction. It uses advanced facial recognition techniques to detect and monitor retina and eyelid movement of the driver. Should the driver show signs of fatigue, the camer
February 15, 2012 Read time: 2 mins
Around the world, driver fatigue contributes to around 25% of fatal accidents on the roads with over 2 million accidents and 190,000 fatalities globally, which the unit from Exeros Technologies aims to address
UK firm 2703 Exeros Technologies has developed a camera and alarm system that can help combat the problem of driver fatigue.
The system is smaller than most satnav devices and is a non-contact system that uses an advanced video camera algorithm. This allows the camera to monitor the driver’s eyes and face for signs of fatigue or prolonged distraction. It uses advanced facial recognition techniques to detect and monitor retina and eyelid movement of the driver. Should the driver show signs of fatigue, the camera will recognise this by assessing retina response to light and closure of eyelids, which often slows and decreases when tired. When the device recognises signs of fatigue, it will alarm the driver with loud audio tones and warnings within 2 seconds of the driver beginning to fall asleep. The system also works to watch head movement of the driver and should the driver look out of the window for longer than 4 seconds, the device will provide a warning.

For more information on companies in this article

Related Content

  • Merlo develops safety tool for telehandlers and wins innovation prize
    January 6, 2017
    Merlo’s new monitoring system is designed to stop telescopic boom equipment from tipping over sideways. The system has won one of the show’s top awards for new thinking and is designed to stop lateral overturns to the side of the machine. Merlo has developed a visual display which looks down on the machine from above in real time, showing how the centre of gravity constantly moves about inside a defined triangular-shaped envelope displayed on an in-cab screen. The monitor evaluates the overall stability of
    Read More
  • Eyes on the road – the distraction problem
    June 23, 2016
    The news that Europe’s road safety drive stalled in 2015 is a cause for concern. The actual causes of this stutter in the road with regard to boosting safety have yet to be identified. But it is highly likely that driver distraction plays a role, at least in part. There is plenty of research showing just how much of a risk the use of cellphones pose for drivers. And yet far too many drivers are blasé about the risks these pose for driver distraction. The sight of someone using a cellphone at the wheel i
    Read More
  • Bartco and SRL Traffic Systems develop integrated traffic lights
    April 7, 2017
    Variable message sign manufacturer Bartco UK says it is working with SRL Traffic Systems to create a portable variable message sign (VMS) to be integrated with temporary traffic lights SRL Traffic Systems approached Bartco UK to create the manufacturer’s smallest VMS, designed to show basic safety information during temporary traffic light installation and road works.
    Read More
  • New tests for modified bitumens and mixes with RAP
    December 19, 2014
    This month we learn about a new test which is helping to predict the performance of asphalt mixtures containing recycled materials and modifiers, and we showcase some of the new testing equipment recently launched - writes Kristina Smith Researchers in the US have come up with a new test to help owners and contractors better predict the performance of their roads. “The problem is that the current tests cannot determine the performance of new materials,” said Dr Haleh Azari, manager of the AASHTO Advanced P
    Read More

Highlighted Content