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Application of Fractal Algorithm in Infrared Image Zooming

机译:分形算法在红外图像缩放中的应用

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It is important for scene generation to keep the texture of infrared images in simulation of anti-ship infrared imaging guidance. We studied the fractal method and applied it to the infrared image enlargement during the process of scene generation. We adopted the method of horizontal-vertical (HV) partition to encode the original image. Basing on the properties of infrared image with sea-sky background, we took advantage of Local Iteration Function System (LIFS) to decrease the complexity of computation and enhance the processing rate. Some results enlargement images were listed. The simulation image of bilinear interpolation was also listed as comparisons. The results show that the fractal method can keep the texture of infrared image better and can be used in the infrared scene generation widely in future.
机译:对于场景生成而言,在反舰红外成像制导模拟中保持红外图像的纹理非常重要。我们研究了分形方法并将其应用于场景生成过程中的红外图像放大。我们采用水平-垂直(HV)分割方法对原始图像进行编码。基于海天背景红外图像的特性,我们利用局部迭代函数系统(LIFS)来减少计算的复杂度并提高处理速度。列出了一些结果放大图像。还列出了双线性插值的仿真图像作为比较。结果表明,分形方法可以较好地保持红外图像的纹理,并可以在今后的红外场景生成中得到广泛的应用。

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