Face Recognition in Automotive Applications

D. Rotar, H. Andreescu
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引用次数: 2

Abstract

Already available Advanced driver-assistance systems technologies, like lane departure, cruse control, blind spot detection, etc. are constructing a model of the external environment, helping to increase the security in traffic. With the advance of the autonomous driving, the car makers are shifting the focus also into the interior of the car. Face recognition, i.e. recognizing a person, based on a picture, which is highly available on social platforms(e.g. Facebook) poses a challenge when it has to be implemented in an automotive system, due to smaller computational power and lower memory currently available in such system. This paper explores the possibility to implement a face recognition on an automotive embedded system. The system is composed from a infrared camera, 1MPixel resolution, and an image processing unit based on TDA3x
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人脸识别在汽车中的应用
先进的驾驶辅助系统技术,如车道偏离、巡航控制、盲点检测等,正在构建外部环境的模型,有助于提高交通的安全性。随着自动驾驶技术的发展,汽车制造商也将注意力转移到汽车内部。人脸识别,即根据照片识别一个人,这在社交平台上非常普遍。当它必须在汽车系统中实现时,这是一个挑战,因为目前此类系统的计算能力较小,可用内存也较低。本文探讨了在汽车嵌入式系统中实现人脸识别的可能性。该系统由红外摄像机、100万像素分辨率和基于TDA3x的图像处理单元组成
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