Binocular image dominant mechanism

IGARSS（2012）

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摘要

To improve the resolution and identification of remote sensing, a system has been established to obtain human binocular image dominant mechanism. The influence of binocular vision on the neural contrast sensitivity function (NCSF) of vision system is studied with a calculation method. The contrast sensitivity function (CSF) of visual system and modulation transfer function (MTF) of the eye's optical system are firstly measured with correspondent instruments respectively. Then the NCSF is calculated as the ratio of CSF and MTF. Two individual human are involved in this study. It is shown that the resolution and identification of binocular summation is large better than that of monocular results. The dominant eye that takes precedence has no relationship with the quality of the eye's optical system.

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关键词

eye,remote sensing,image quality,image vision system,optical variables measurement,binocular image dominant mechanism,image resolution,eye quality,mtf,dominant eye,telescopes,remote sensing identification,optical system,binocular summation,binocular vision,optical transfer function,ncsf,monocular,modulation transfer function,neural contrast sensitivity function,optical imaging,adaptive optics,sensitivity

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