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Evolving Spatially-Localized Projection Filters for SAR Automatic Target Recognition

机译:演化的空间局部投影滤波器用于SAR自动目标识别

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A new approach to synthetic aperture radar (SAR) image object modeling is proposed, with a concept of `object' consisting of a small set of spatially-localized filters. An evolutionary programming (EP) approach provides the mechanism for automated model generation and optimization. Target models are developed using actual SAR image signatures of armored military vehicles. The evolutionary programming approach is shown to provide an efficient technique for model generation, experimentally demonstrating fast convergence properties. The classification efficacy of the approach is demonstrated in a two-class environment via discrimination of T-72 tanks vs. two other physically similar armored vehicles. Promising classification results, obtained experimentally through blind testing, are presented.
机译:提出了一种合成孔径雷达(SAR)图像目标建模的新方法,其“目标”概念由一小组空间定位的滤波器组成。进化编程(EP)方法提供了自动生成和优化模型的机制。目标模型是使用装甲军车的实际SAR图像签名开发的。演化编程方法显示为模型生成提供了一种有效的技术,并通过实验证明了其快速收敛性。通过区分T-72坦克和其他两种在物理上相似的装甲车,该方法的分类效果在两级环境中得到了证明。提出了有希望的分类结果,该结果是通过盲法测试获得的。

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