描述了一种用于多CCD图像拼接的快速多分辨率算法。该方法在不损害拼接质量的前提下,通过计算局部化减小了拉普拉斯金字塔分解、多尺度样条拟合和图像重构的计算量。实验表明该算法在不降低拼接质量的前提下在算法效率上比传统算法有明显的提高。
A method to get the fast multi-resolution of the mosaic multi-CCD image is described,which can reduce the calculation of Laplacian pyramid by localizing the calculation to a statistically defined boundary neighbors. The experiment shows that the new method improves the arithmetic efficiency of the CCD image without sacrificing the quality of the image over the traditional one.