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A Multi Level System Design for Vigilance Measurement based on Head Posture Estimation and Eyes Blinking

机译:基于头部姿态估计和眼睛闪烁的警惕测量多级系统设计

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Driving security is an important task for human society. The major challenge in the field of accident avoidance systems is the driver vigilance monitoring. The lack of vigilance can be noticed by various ways, such as, fatigue, drowsiness and distraction. Hence, the need of a reliable driver's vigilance decrease detection system which can alert drivers before a mishap happens. In this paper, we present a novel approach for vigilance estimation based on multilevel system by combining head movement analysis and eyes blinking. We have used Viola and Jones algorithm to analyse head movement and a classification system using wavelet networks for eyelid closure measuring. The contribution of our application is classifiying the vigilance state at multi level. This is different from the binary-class (awakening or hypovigilant state) existing in most popular systems.
机译:驾驶安全是人类社会的重要任务。事故避免系统领域的主要挑战是驾驶员警惕监测。通过各种方式缺乏警惕,例如疲劳,嗜睡和分心。因此,需要可靠的驾驶员的警惕减少检测系统,可以在发生了事故之前提醒驱动程序。本文通过结合头部运动分析和眼睛闪烁,提出了一种基于多级系统的警惕估计的新方法。我们使用中提琴和JONES算法分析了使用小波网络进行眼睑闭合测量的头部运动和分类系统。我们申请的贡献是在多层次上分类警惕状态。这与大多数流行的系统中存在的二进制类(唤醒或维持态)不同。

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