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Fast object detection system using GA-based threshold method

机译:使用基于GA的阈值方法的快速物体检测系统

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摘要

License plate recognition is very important in an automobile society. However, it is very difficult to do it, because a background and a car surface color can be similar to that of the license plate. Furthermore, detection of cars moving at a very high-speed is difficult to be done. In this paper, we propose a new method to extract a car license plate automatically by using a genetic algorithm (GA). By using GA, the most likely plate colors are decided under various light conditions. First, the average brightness Y value of images are calculated. Next, relationship between the Y value and the most likely plate color thresholds (upper and lower bounds) are obtained by GA to estimate threshold equations by using the RLS algorithm. Finally, in order to show the effectiveness of the proposed method, we show simulation examples by using real images.
机译:车牌识别在汽车协会中非常重要。 然而,这是非常困难的,因为背景和汽车表面颜色可以类似于车牌的背景。 此外,难以完成以非常高速移动的汽车的检测。 在本文中,我们提出了一种通过使用遗传算法(GA)自动提取汽车牌照的新方法。 通过使用GA,在各种光线条件下最可能的纸张颜色决定。 首先,计算图像的平均亮度Y值。 接下来,通过使用RLS算法通过Ga通过Ga来估计阈值方程,获得Y值和最可能的板颜色阈值(上限和下限)之间的关系。 最后,为了展示所提出的方法的有效性,我们通过使用真实图像来显示模拟实例。

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