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Portable multispectral imaging system based on light-emitting diodes for spectral recovery from 370 to 1630 nm

机译:基于发光二极管的便携式多光谱成像系统,可在370至1630 nm范围内恢复光谱

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摘要

To expand and investigate the potential of spectral imaging, we developed a portable multispectral system using light-emitting diodes. This system recovers spectral information from the UV to the near IR over a large area using two different image sensors synchronized with 23 bands of illumination. The system was assessed for spectral reconstruction through simulations and experimental measurements by means of two methods of spectral reconstruction and three different evaluation metrics. The results over a Macbeth ColorChecker chart and other samples, including pigments usually employed in art paintings, are compared and discussed. The portable multispectral system using LEDs constitutes a cost-effective and versatile method for spectral imaging.
机译:为了扩展和研究光谱成像的潜力,我们开发了使用发光二极管的便携式多光谱系统。该系统使用两个与23个照明带同步的不同图像传感器,在大面积上从UV到近IR恢复光谱信息。通过两种光谱重建方法和三种不同的评估指标,通过仿真和实验测量对系统进行了光谱重建评估。比较并讨论了Macbeth ColorChecker图表和其他样品(包括艺术绘画中通常使用的颜料)的结果。使用LED的便携式多光谱系统构成了一种经济高效且用途广泛的光谱成像方法。

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