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Graininess characterization by multidimensional scaling

机译:多维缩放的颗粒性表征

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A validation of the graininess attribute was made by means of a psychophysical experiment and the multidimensional scaling algorithm. A visual experiment was designed to obtain graininess differences to be used like the dissimilarity matrix in the MDS algorithm. The results revealed that two dimensions are needed to characterize the graininess effect. The BYK-mac-i instrument and a gonio-hyperspectral imaging system were employed to evaluate the statistical dimensions. On one hand, the first dimension correlated well with the graininess value provided by the BYK-mac-i (r(2) = 0.9566). However, we were unable to find a relationship with dimension 2 and any parameter measured by this instrument. Furthermore, the images captured by the gonio-hyperspectral imaging system were processed. A good relationship with the correlation parameter was observed (r(2) = 0.8958). However, no relationship was established with dimension 2. Based on these conclusions, further research is necessary that focuses on the new imaging processes and a new visual experiment.
机译:通过心理物理实验和多维缩放算法对粒度属性进行验证。设计了视觉实验,以获得与MDS算法中的异化矩阵相似的浓度差异。结果表明,需要两种尺寸来表征颗粒性效果。采用BYK-MAC-I仪器和GONIO - 超光谱成像系统来评估统计尺寸。一方面,第一尺寸与BYK-MAC-I(R(2)= 0.9566提供的颗粒性值良好相关。但是,我们无法找到与该仪器测量的维度2的关系和任何参数。此外,处理了Gonio-Hyperspectral成像系统捕获的图像。观察到与相关参数的良好关系(R(2)= 0.8958)。但是,没有建立维度2.根据这些结论,必须进行进一步的研究,专注于新的成像过程和新的视觉实验。

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