基于小波的矢量量化在目标识别中的应用

L. Chan, N. Nasrabadi
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引用次数: 20

摘要

利用一组专用的矢量量化器(VQs)构造了一个自动目标识别(ATR)分类器。每个输入图像中的背景像素被一组aspect窗口适当地裁剪出来。然后将每个方面窗口提取的目标区域扩大到固定大小,然后进行小波分解,将扩大后的提取分成几个子带。在特定的方面范围内,为特定目标类的每个子带生成专用的VQ码本。因此,每个代码本由一组特征模板组成,这些特征模板迭代地适应于在特定方面范围内表示给定目标类的特定子带。然后通过改进的学习向量量化算法进一步训练这些模板,以增强其区别特征。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An application of wavelet-based vector quantization in target recognition
An automatic target recognition (ATR) classifier is constructed that uses a set of dedicated vector quantizers (VQs). The background pixels in each input image are properly clipped out by a set of aspect windows. The extracted target area for each aspect window is then enlarged to a fixed size, after which a wavelet decomposition splits the enlarged extraction into several subbands. A dedicated VQ codebook is generated for each subband of a particular target class at a specific range of aspects. Thus, each codebook consists of a set of feature templates that are iteratively adapted to represent a particular subband of a given target class at a specific range of aspects. These templates are then further trained by a modified learning vector quantization algorithm that enhances their discriminatory characteristics.
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