Hyperspectral Imaging adulterated honey dataset

This a spreadsheet
of features extracted from hyperspectral images of adulterated New Zealand
honey. The images of adulterated honey have been captured with a hyperspectral
imager SOC-710 from Surface Optic. The hypercubes captured are between 400 -
1000nm in wavelength with a 5nm increment and have a 520 x 696 spatial
resolution.

The system used to
capture these images has been developed using rigorous testing and evaluation
to create a standard for the hyperspectral imagery capture of honey.

The dataset
comprises the features (128 spectral bands) of the hyperspectral images after a
well-designed procedure for calibration, pre-processing and segmentation. This
process produces a consistent dataset through all trials, so the work produced
is comparable. There are six acquisitions of each adulterated honey sample;
these are then captured by the hyperspectral imagery and calibrated,
pre-processed and segmented to get the final spectral information.

本数据集为一份从新西兰掺假蜂蜜的高光谱图像中提取特征的电子表格。掺假蜂蜜的图像由Surface Optic公司生产的SOC-710型高光谱成像仪捕获。所捕获的超立方体在波长范围为400-1000nm，以5nm为增量，具有520 x 696的空间分辨率。用于捕获这些图像的系统是通过严格的测试与评估开发的，旨在为蜂蜜的高光谱图像捕获制定标准。数据集包含了经过精心设计的校准、预处理和分割程序处理后的高光谱图像特征（128个光谱波段），通过此过程产生了一个在所有试验中均保持一致的数据集，确保了工作的可比性。每个掺假蜂蜜样本进行了六次采集，随后通过高光谱成像捕获并进行校准、预处理和分割，以获得最终的谱信息。