Raspberry Pi based vehicle collision avoidance system

R. Kumar, P. K. Stanley, A. Gandhi
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引用次数: 5

Abstract

Vehicle collision avoidance and obstacle detection system is one of the most critical factor in the automotive field. In the present, most of the vehicles enable an alert system which acts as a safety feature for the passengers. In this work, advanced navigation system which detects and avoids the object, is used in autonomous vehicles to safely navigate through the path. This system detects the obstacle in front of the vehicle, alarms the system and moves away. Camera is used for the purpose of detecting moving or stationary objects. The ultrasonic sensor is enclosed with this system to compute the distance of real-time moving and the stationary object. The main work contributes the detection of obstacles ahead of the vehicle. The alarm is given to the system in the vehicle regarding the obstacle in front so that the system helps in collision avoidance. In this work, the distance between the vehicle and obstacle is measured by the ultrasonic sensor and object detection is done by the camera. By fusing both these sensor values the obstacle is detected and the distance is also accurately measured.
基于树莓派的车辆防撞系统
汽车避碰与障碍物检测系统是汽车领域的关键技术之一。目前,大多数车辆都启用了警报系统,作为乘客的安全功能。在这项工作中,先进的导航系统可以检测和避开物体,用于自动驾驶汽车安全通过路径。该系统检测到车辆前方的障碍物,向系统发出警报并移动。照相机用于探测移动或静止的物体。该系统内置超声传感器,用于实时计算运动物体与静止物体之间的距离。主要工作是对车辆前方障碍物的检测。如果前方有障碍物,就会向车辆系统发出警报,这样系统就可以帮助避免碰撞。在这项工作中,车辆与障碍物之间的距离由超声波传感器测量,目标检测由摄像头完成。通过融合这两个传感器的值,可以检测到障碍物并精确测量距离。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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