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Improved license plate detection using HOG-based features and genetic algorithm

机译:使用基于HOG的特征和遗传算法改进的车牌检测

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In this paper, a new improved plate detection method which uses genetic algorithm (GA) is proposed. GA randomly scans an input image using a fixed detection window repeatedly, until a region with the highest evaluation score is obtained. The performance of the genetic algorithm is evaluated based on the area coverage of pixels in an input image. It was found that the GA can cover up to 90% of the input image in just less than an average of 50 iterations using 30¿¿130 detection window size, with 20 population members per iteration. Furthermore, the algorithm was tested on a database that contains 1537 car images. Out of these images, more than 98% of the plates were successfully detected
机译:本文提出了一种新的改进的基于遗传算法的板检测方法。 GA会使用固定的检测窗口重复随机扫描输入图像,直到获得评估得分最高的区域。基于输入图像中像素的区域覆盖率评估遗传算法的性能。结果发现,使用30?130的检测窗口大小,GA可以在不到50次迭代的平均范围内覆盖多达90%的输入图像,每次迭代具有20个总体成员。此外,该算法在包含1537张汽车图像的数据库中进行了测试。在这些图像中,成功检测到超过98%的板

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