使用图像去雾的目标检测:视觉改进之旅

Ritik Tanwar, Shubham, Shubham Verma, Manoj Kumar
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引用次数: 0

摘要

在雾霾条件下的目标检测是非常具有挑战性的,因为雾霾显著降低了图像的可见度,限制了能见度,特别是在室外环境中。在这里,我们介绍一种有趣的方法来处理图像中存在的雾霾。在对模糊的输入图像应用任何目标检测方法之前,都需要先进行去雾处理,再进行识别。对于去雾,我们使用了一种图像去雾网络,称为All-in-One去雾网络(AOD-net),它是基于大气模型的重新制定,通过轻量级CNN生成干净清晰的图像。对于识别,我们使用了著名的YOLO的第三版,即YOLOv3。我们在不同的实时模糊图像上测试了我们的方法,并比较了模糊图像和去雾图像上的物体相似度结果。同时比较了模糊图像和输出清晰图像中被识别的物体数量。
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Object Detection using Image Dehazing: A Journey Of Visual Improvement
Object Detection in hazy conditions is very challenging as haze significantly degrades the visibility of images limits visibility especially in outdoor settings. Here we introduce an interesting method to deal with haze that is present in images. Before applying any object detection method on the hazy input image, it is needed to be dehaze first and recognised later.For dehazing we have used the an Image Dehazing network known as All-in-One Dehazing Network (AOD-net) which is based on reformulation of atmospheric model and generates clean and clear image through a light-weight CNN and for recognition we have used the third version of famous YOLO i.e. YOLOv3. We test our method on various real time hazy images and compare the object similarity results on hazy image as well as on dehaze image. Along with this we have compared the number of object which are recognised in hazy image and in output clear image.
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