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Identification of minerals from hyperspectral imaging based on a fuzzy logic approach

机译:基于模糊逻辑方法的高光谱成像鉴定矿物质

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We present a fuzzy logic approach allowing the identification of minerals from reflectance spectra acquired by hyperspectral sensors in the VNIR and SWIR ranges. The fuzzy logic system is based on a human reasoning. It compares the positions of the main and secondary absorptions of the unknown spectrum (spectral characteristics estimated beforehand) with those of a reference database (derived from mineralogieal knowledge). The proposed solution is first evaluated on laboratory spectra. It is then applied to airborne HySpex and satellite-borne PRISMA images acquired during a dedicated campaign over two quarries in France. This demonstrates the relevance of the method to automatically identify minerals in different mineralogieal contexts and in the presence of mixtures.
机译:我们提出了一种模糊逻辑方法,允许在VNIR和SWIR范围内从高光谱传感器获取的反射光谱识别矿物质。 模糊逻辑系统基于人类推理。 它比较了未知谱的主要和二次吸收的位置(预先估计的光谱特性)与参考数据库(源自矿图知识)的那些。 首先在实验室光谱上评估所提出的解决方案。 然后将其应用于在法国两次采石场的专用活动期间获得的机载HYSPEX和卫星传播的PRISMA图像。 这证明了该方法的相关性自动识别不同矿物学语境和混合物存在的矿物质中的矿物质。

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