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Gaussian mixture models-based ship target recognition algorithm in remote sensing infrared images

机译:高斯混合模型的船舶目标识别算法在遥感红外图像中

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Since the resolution of remote sensing infrared images is low, the features of ship targets become unstable. The issue of how to recognize ships with fuzzy features is an open problem. In this paper, we propose a novel ship target recognition algorithm based on Gaussian mixture models (GMMs). In the proposed algorithm, there are mainly two steps. At the first step, the Hu moments of these ship target images are calculated, and the GMMs are trained on the moment features of ships. At the second step, the moment feature of each ship image is assigned to the trained GMMs for recognition. Because of the scale, rotation, translation invariance property of Hu moments and the power feature-space description ability of GMMs, the GMMs-based ship target recognition algorithm can recognize ship reliably. Experimental results of a large simulating image set show that our approach is effective in distinguishing different ship types, and obtains a satisfactory ship recognition performance.
机译:由于遥感红外图像的分辨率低,因此船舶目标的特征变得不稳定。如何识别具有模糊功能的船舶的问题是一个突出问题。在本文中,我们提出了一种基于高斯混合模型(GMMS)的新型船舶目标识别算法。在所提出的算法中,主要有两个步骤。在第一步,计算这些船舶目标图像的HU的瞬间,并且GMMS在船舶的瞬间培训。在第二步中,将每个船舶图像的矩分配给训练的GMM用于识别。由于SU的规模,旋转,翻译不变性属性和GMMS的功率特征空间描述能力,基于GMMS的船舶目标识别算法可以可靠地识别船舶。大型模拟图像集的实验结果表明,我们的方法在区分不同的船舶类型方面是有效的,并获得令人满意的船舶识别性能。

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