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Spectropolarizational technique for detection of manmade objects in visible and near infrared spectral ranges

机译:可见和近红外光谱范围内检测人造物体的谱升级技术

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The polarization state of radiation contains supplementary information which is distinctive from that given by the intensity. Despite great progress in polarization image registration instrumentation we can not assert that there are effective methods of polarization image processing, which allow to construct well operating algorithms of object recognition for various observation conditions. The basis of our technique consists of the existing differences in spectropolarization reflection of artificial object surfaces and surrounding backgrounds at natural luminescence.
机译:辐射的偏振状态包含与强度给出的辅助信息,其独特。尽管在偏振图像登记仪中取得了很大进展,但我们不能断言有有效的偏振图像处理方法,其允许构建用于各种观察条件的对象识别的良好操作算法。我们技术的基础包括在天然发光下人工物体表面和周围背景的现有差异。

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