Simulation of Photometric Conditions by Aerial and Space Photography of the Earth's Surface

I. Mishin, V. Ovechkin
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Abstract

A mathematical procedure is presented for simulating the results of aerial and space photography of the Earth's surface as a function of photometric survey conditions. The optical densities of the photographic film are computed with stipulated coefficients of reflection by the Earth's surface, atmospheric optical parameters, illumination conditions, and camera parameters. The described procedure makes it possible to draw conclusions concerning the choice of survey camera for given optical characteristics of the landscape and atmosphere.
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利用地球表面的航空和太空摄影模拟光度条件
提出了一种模拟地球表面航空和空间摄影结果随光度测量条件变化的数学方法。根据规定的地球表面反射系数、大气光学参数、光照条件和相机参数,计算出照相胶片的光密度。根据所描述的程序,可以得出关于根据给定的景观和大气的光学特性选择测量相机的结论。
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