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Automatic registration of SAR and optical imagery using cross-cumulative residual entropy

机译:使用交叉累积残留熵自动注册SAR和光学图像

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It is often useful to fuse remotely sensed data taken from different sensors. However, before this multi-sensor data fusion can be performed the data must first be registered. In this paper we investigate the use of a new information-theoretic similarity measure known as Cross-Cumulative Residual Entropy (CCRE) for multi-sensor registration of remote sensing imagery. The results of our experiments show that the CCRE registration algorithm was able to automatically register images captured with SAR and optical sensors with 100% success rate for initial maximum registration errors of up to 30 pixels and required at most 80 iterations in the successful cases. These results demonstrate a significant improvement over a recent mutual-information based technique.
机译:熔断器从不同传感器捕获的循环感测数据通常有用。但是,在该多传感器数据融合之前,必须首先注册数据。在本文中,我们调查使用称为遥感图像的多传感器登记的交叉累积残留熵(CCRE)的新信息理论相似性措施。我们的实验结果表明,CCRE登记算法能够自动使用SAR和光学传感器捕获的图像,以100%的成功率,以便在成功案例中最多80个迭代所需的最大值最大登记误差。这些结果表明了最近的基于互信息的技术的显着改进。

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