LiDAR sensors have played more and more important role on Intelligent and Connected Vehicles (ICV) and Advanced Driver Assistance Systems (ADAS) .However, the development and testing of LiDAR sensors under real driving environment for ADAS applications are greatly limited by various factors, and often are impossible due to safety concerns. This paper proposed a novel functional LiDAR model under virtual driving environment to support development of LiDAR-based ADAS applications under early stage. Unlike traditional approaches on LiDAR sensor modeling, the proposed method includes both geometrical modeling approach and physical modeling approach. While geometric model mainly produces ideal scanning results based on computer graphics, the physical model further brings physical influences on top of the geometric model. The range detection is derived and optimized based on its physical detection and measurement mechanism. The model has been incorporated into PanoSim and proved to be valid and effective. A simulation of Autonomous Emergency Braking (AEB) feature is performed under PanoSim to verify the proposed model.
LiDAR Sensor Modeling for ADAS Applications under a Virtual Driving Environment
Sae Technical Papers
SAE-TONGJI 2016 Driving Technology of Intelligent Vehicle Symposium ; 2016
2016-09-14
Conference paper
English
LiDAR Sensor Modeling for ADAS Applications under a Virtual Driving Environment
British Library Conference Proceedings | 2016
|ADAS OBSTACLE DETECTION METHOD OF VIRTUAL RADAR SENSOR FOR VEHICLE ADAS TEST
European Patent Office | 2020
ADAS OBSTACLE DETECTION METHOD OF VIRTUAL RADAR SENSOR FOR VEHICLE ADAS TEST
European Patent Office | 2019
|Springer Verlag | 2021
|PHOTONIC TECHNOLOGIES FOR LIDAR IN AUTONOMOUS/ADAS
TIBKAT | 2018
|