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Single-pixel hyperspectral imaging

机译:单像素高光谱成像

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摘要

Conventional multispectral imaging methods detect photons of a 3D hyperspectral data cube separately either in the spatial or spectral dimension using array detectors, and are thus photon inefficient and spectrum range limited. Besides, they are usually bulky and highly expensive. To address these issues, this paper presents single-pixel multispectral imaging techniques, which are of high sensitivity, wide spectrum range, low cost and light weight. Two mechanisms are proposed, and experimental validation are also reported.
机译:常规的多光谱成像方法使用阵列检测器在空间或光谱维度上分别检测3D高光谱数据立方体的光子,因此光子效率低且光谱范围受限。此外,它们通常笨重且非常昂贵。为了解决这些问题,本文提出了单像素多光谱成像技术,该技术具有高灵敏度,宽光谱范围,低成本和轻巧的特点。提出了两种机理,并且还报道了实验验证。

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