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Reconstruction Of The Surface Topography From Single Imageswith The Photometric Method

机译:用光度法从单幅图像重建表面形貌

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摘要

The possibility of reconstructing the surface topography from single images with the photometric method in the linear approximation is analyzed. The photometric method or surface topography Reconstruction employs a statistical approach to the problem formulation and is the most mathematically correct. This method allows determination of the most probable surface topography given specific observational data. When only one image is available, the photometric method is superior in comparison with the currently available photoclinom-etry. The processing of test surface topography with the photometric method shows that, under typical conditions, the error of surface relief reconstruction is of higher than 40% in terms of the standard deviation of the surface height. The surface relief of some Martian areas are reconstructed from HRSC images obtained by the Mars Express spacecraft. It is shown that the image-reconstructed surface topography is in good agreement with the topographic information for the same Martian areas obtained by the MOLA altimeter.
机译:分析了在线性逼近中用光度法从单个图像重建表面形貌的可能性。光度法或表面形貌重建采用一种统计方法来解决问题,并且在数学上是最正确的。该方法允许在给定特定观察数据的情况下确定最可能的表面形貌。当只有一张图像可用时,与当前可用的摄影环境相比,光度法要优越。用光度法对测试表面形貌的处理表明,在典型条件下,就表面高度的标准偏差而言,表面浮雕重建的误差大于40%。根据火星快车获得的HRSC图像重建了一些火星区域的表面浮雕。结果表明,图像重建的表面形貌与通过MOLA高度计获得的相同火星区域的形貌信息非常吻合。

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