摘要： 提出一种根据目标背景图像生成仿造数码迷彩的设计方法. 首先将背景图案进行颜色空间转换，采用K均值聚类分析方法提取背景主色. 由侦测距离确定数码单元的最小尺寸，最后生成数码迷彩斑块. 迷彩的伪装效果通过Canny 边缘检测算子进行评估. 实验结果表明，利用该方法生成的仿造数码迷彩可有效改变目标的原有轮廓，使之更好地与周围背景相融合，达到良好的伪装效果.
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The paper proposes a new method of generating imitation digital camouflage based on the background images. First, convert the color space of the background pattern. Dominant colors are extracted using the K-means clustering analysis. The minimum size of digital unit is determined by the detection distance. Finally, the digital camouflage spots are generated. The effect of camouflage is assessed by Canny edge detection. Experimental result shows that the generated digital camouflage can effectively change the original contour of the target, and can be perfectly blended with the background to achieve a good camouflage effect.