Autonomous driver assistance systems are standard in vehicles. These systems help the driver to prevent an accident by automatically applying brakes on the vehicle. They assist the driver and help to prevent injuries and casualties caused by traffic accidents yearly. This report shows data about how a vehicles Autonomous Emergency Braking (AEB) system reacts to a road surface with lower friction, for example in winter conditions. To help with the test was a steering robot (SR60 Orbit) and a pedal robot (CBAR 500) used to make the accuracy higher. The target that was used during tests was a Global Vehicle target (GVT). The tests were performed at ArcticFalls proving ground outside Älvsbyn on both asphalt and snow. The tests show a noticeab...
Low-speed Autonomous Emergency Braking (AEB) is a safety system designed to support passenger car dr...
For automated vehicles to be allowed to join the modern car fleet, and, in the future, replace human...
16350792015Final reportPDFTech ReportFHWA-JPO-16-359DTFH61-13-P-00017Weather conditionsSlipperinessW...
Autonomous driver assistance systems are standard in vehicles. These systems help the driver to prev...
Autonomous braking systems are becoming more common in modern cars. Autonomous EmergencyBraking (AEB...
In view of the severe weather conditions in cold regions, the basic characteristics and braking dist...
The paper deals with the influence of active car safety systems on driver‘s behavior in emergency si...
Full market penetration for autonomous vehicle requires complete solutions for operation during wint...
The paper deals with the influence of active car safety systems on driver's behavior in emergency si...
Including information of the current road surface conditions can significantly improve the effective...
Advanced driver assistance systems require an autonomous emergency braking (AEB) system that conside...
This report highlights the use of a steering robot with path-following for car testing in winter con...
The objective of PROSPECT is to improve significantly the effectiveness of active VRU safety systems...
Automatic emergency braking systems (AEBS) significantly improve the active safety performance of co...
In cold regions, winter weather poses a significant hazard to road transportation. Snow and ice redu...
Low-speed Autonomous Emergency Braking (AEB) is a safety system designed to support passenger car dr...
For automated vehicles to be allowed to join the modern car fleet, and, in the future, replace human...
16350792015Final reportPDFTech ReportFHWA-JPO-16-359DTFH61-13-P-00017Weather conditionsSlipperinessW...
Autonomous driver assistance systems are standard in vehicles. These systems help the driver to prev...
Autonomous braking systems are becoming more common in modern cars. Autonomous EmergencyBraking (AEB...
In view of the severe weather conditions in cold regions, the basic characteristics and braking dist...
The paper deals with the influence of active car safety systems on driver‘s behavior in emergency si...
Full market penetration for autonomous vehicle requires complete solutions for operation during wint...
The paper deals with the influence of active car safety systems on driver's behavior in emergency si...
Including information of the current road surface conditions can significantly improve the effective...
Advanced driver assistance systems require an autonomous emergency braking (AEB) system that conside...
This report highlights the use of a steering robot with path-following for car testing in winter con...
The objective of PROSPECT is to improve significantly the effectiveness of active VRU safety systems...
Automatic emergency braking systems (AEBS) significantly improve the active safety performance of co...
In cold regions, winter weather poses a significant hazard to road transportation. Snow and ice redu...
Low-speed Autonomous Emergency Braking (AEB) is a safety system designed to support passenger car dr...
For automated vehicles to be allowed to join the modern car fleet, and, in the future, replace human...
16350792015Final reportPDFTech ReportFHWA-JPO-16-359DTFH61-13-P-00017Weather conditionsSlipperinessW...