首页> 外文会议>International Conference on Image Analysis and Recognition(ICIAR 2005); 20050928-30; Toronto(CA) >Weighted Information Entropy: A Method for Estimating the Complex Degree of Infrared Images' Backgrounds
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Weighted Information Entropy: A Method for Estimating the Complex Degree of Infrared Images' Backgrounds

机译:加权信息熵:一种估计红外图像背景复杂度的方法

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摘要

The validity of using the weighted information entropy to estimate the complex degree of the infrared images' backgrounds is discussed in this paper. A Butterworth high pass filter whose cut-off frequency can be adaptively regulated to meet the different backgrounds is proposed to restrain the different clutters. Since the backgrounds usually have some random change in the video sequences, an adaptive binarisation criterion for small target detection is also presented. Experimental results show the robustness of our method.
机译:讨论了利用加权信息熵估计红外图像背景复杂度的有效性。为了限制不同的杂波,提出了一种Butterworth高通滤波器,其截止频率可以被自适应地调节以满足不同的背景。由于背景通常在视频序列中具有一些随机变化,因此还提出了用于小目标检测的自适应二值化标准。实验结果表明了该方法的鲁棒性。

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