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Applying fuzzy method to vision-based lane detection and departure warning system

机译:模糊方法在基于视觉的车道检测与偏离预警系统中的应用

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摘要

As the high growth of population of vehicles, the traffic accidents are becoming more and more serious in recent years. Most occurrences of the car accidents results from the distraction, inattention and driving fatigue of the driver. Hence, in order to avoid the driver being in danger as much as possible. In the lane detection, in order to enhance lane boundary information and to suitable for various light conditions all day, we combine the self-clustering algorithm (SCA), fuzzy C-mean and fuzzy rules to process the spatial information and Canny algorithms to get good edge detection. In the lane departure warning, the system uses instantaneous information from the lane detection to calculate angle relations of the boundaries. The system sends a suitable warning signal to drivers, according to degree different of the departure. These experiments have been successfully evaluated on the PC platform of 3.2-GHz CPU and the average frame rate is up to 14 fps.
机译:随着车辆人口的高增长,近年来交通事故变得越来越严重。大多数交通事故是由驾驶员的注意力分散,注意力不集中和驾驶疲劳引起的。因此,为了尽可能避免驾驶员处于危险之中。在车道检测中,为了增强车道边界信息并全天适合各种光照条件,我们结合了自聚类算法(SCA),模糊C均值和模糊规则来处理空间信息,并通过Canny算法获得良好的边缘检测。在车道偏离警告中,系统使用来自车道检测的瞬时信息来计算边界的角度关系。系统根据离场的程度向驾驶员发送适当的警告信号。这些实验已经在3.2 GHz CPU的PC平台上成功评估,平均帧速率高达14 fps。

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