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Design and Analysis of Fast Driver's Fatigue Estimation and Drowsiness Detection System using Android

机译:基于Android的快速驾驶员疲劳评估与疲劳检测系统的设计与分析

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摘要

The purpose of doing this research is to design an application for fast drowsiness detection system, so the rate of traffic accidents due to negligence of the driver can be lowered. This research uses several methods such as the method of analysis that includes literature study, design method and testing method. Then we design and test on how accurate the given data when compared to the real condition. The results achieved from the Drowsiness Detection System application design based on Computer Vision are the parameters which affect the performance of application such as distance and direction of camera to the eyes, and the ability to detect drowsiness around 90%. The conclusion obtained in this research is that application supports the theory that the average duration of eye closure which above 400 ms were classified into sleepy, while below 400ms, driver declared in normal state. With the ability to detect drowsiness of the drivers, this application can reduce the rate of traffic accidents every year, by giving the increasing awareness of the driver against driver's fatigue.
机译:进行这项研究的目的是设计一种用于快速睡意检测系统的应用程序,从而可以降低由于驾驶员的疏忽而导致的交通事故率。本研究采用了包括文献研究,设计方法和测试方法在内的多种分析方法。然后,我们设计和测试与真实条件相比给定数据的准确性。从基于计算机视觉的睡意检测系统应用程序设计中获得的结果是影响应用程序性能的参数,例如相机到眼睛的距离和方向,以及检测睡意的能力约为90%。这项研究得出的结论是,该应用程序支持以下理论:将平均闭眼时间在400 ms以上归为困,而在400 ms以下则为驾驶员宣布处于正常状态。具有检测驾驶员困倦的功能,该应用程序可以通过提高驾驶员对驾驶员疲劳的认识来降低每年的交通事故率。

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