Skip to main content

Driver assistance with stereo vision sensing system

A new stereo vision sensing (SVS) system developed by automotive safety systems supplier Autoliv will, says the company, help vehicle manufacturers meet the new test criteria that EuroNCAP recently announced to promote autonomous emergency braking, intelligent speed assist, lane departure assists and pedestrian protection. The system has a field of view of 50 degrees and can recognise objects within 120 metres. To provide the best view, the stereo vision cameras are mounted high on the front windshield behi
May 14, 2013 Read time: 2 mins
A new stereo vision sensing (SVS) system developed by automotive safety systems supplier 4171 Autoliv will, says the company, help vehicle manufacturers meet the new test criteria that EuroNCAP recently announced to promote autonomous emergency braking, intelligent speed assist, lane departure assists and pedestrian protection.

The system has a field of view of 50 degrees and can recognise objects within 120 metres. To provide the best view, the stereo vision cameras are mounted high on the front windshield behind the rear view mirror.

Autoliv’s new system will provide autonomous emergency braking, intelligent speed assist, road/lane departure warning and pedestrian protection, which is proposed to be included in EurNCAP’s star rating of new vehicles from 2017.   The system can also provide adaptive cruise control, queue assist, light source recognition to automatically control the headlights to avoid blinding oncoming traffic and road surface monitoring to automatically adjust the suspension ahead of uneven road surfaces.

The SVS also provides four additional applications. By adding another camera in tandem with the first, the system can provide a three dimensional view of the area in front of a vehicle, enabling the system to calculate the distance to different objects in front of the vehicle and determine the shape and the size of them. The system will calculate the direction and speed of objects moving closer to the vehicle and is able to predict if, for example, a pedestrian is at risk and warn the driver or brake the car.

For more information on companies in this article

Related Content

  • Klimator looks Ahead to winter weather
    September 15, 2022
    Swedish firm's software links with floating car data to accurately detect road conditions
  • Camera technology a flexible and cost-effective option
    June 7, 2012
    Perceptions of machine vision being an expensive solution are being challenged by developments in both core technologies and ancillaries. Here, Jason Barnes and David Crawford look at the latest developments in the sector. A notable aspect of machine vision is the flexibility it offers in terms of how and how much data is passed around a network. With smart cameras, processing capabilities at the front end mean that only that which is valid need be communicated back to a central processor of any descripti
  • Developing an integrated WIM/ANPR enforcement system
    July 31, 2012
    The weigh in motion market remains especially buoyant and technological development continues to reflect this. Although there are major differences in operating philosophies, particularly between developed and developing countries, both the numbers of countries using Weigh In Motion (WIM) technology and the numbers of systems that they deploy are on the increase.
  • Need for secure approach to connected vehicle technology
    January 7, 2013
    Accidental or malicious issue of false messages to connected vehicles could result in dire consequences, so secure systems of authentication and certification are likely to be necessary, write Paul Avery and Sandra Dykes. Connectivity among vehicles in urban traffic systems will provide opportunity for beneficial impacts such as congestion reduction and greater safety. However, it also creates security risks with the potential for targeted disruption. Security algorithms, protocols and procedures must take