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Vehicle monitoring video image segmentation based on improving Watershed Algorithm

机译:基于改进分水岭算法的车辆监控视频图像分割

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摘要

This article proposes an improved watershed algorithm based on morphological, using morphological open and close reconstruction to reduce the noise of image. Besides, with the Weber Perception Principle, it divides the morphological gradient image in the form of gray scale and non-linear and marked the gradient image with Watershed Algorithm. So it solved the over-segmentation problem of traditional watershed algorithm and the suppression problem of noise and fine-grained before watershed mark. By the above method, the target image can be extracted from Vehicle surveillance video, which simplifies the steps of traditional segmentation of the video image, and improve the accuracy of image segmentation.
机译:本文提出一种改进的基于形态学的分水岭算法,利用形态学的开闭重建来减少图像的噪声。此外,利用韦伯感知原理,将形态梯度图像分为灰度和非线性形式,并用分水岭算法进行标记。从而解决了传统分水岭算法过分分割的问题,解决了分水岭标记前噪声和细粒度的抑制问题。通过以上方法,可以从车辆监控视频中提取目标图像,从而简化了视频图像传统分割的步骤,提高了图像分割的准确性。

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