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Measuring water residue in olive oil by means of a smartphone-connected pocket spectrometer and artificial intelligence

机译:通过智能手机连接的袖谱仪和人工智能测量橄榄油中的水残留物

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SCiO is a smartphone-connected pocket spectrometer operating in the 700-1100 nm band. Together with a learning machine algorithm, it already demonstrated the effectiveness for distinguishing extra virgin from non extra virgin olive oils and for the multi-analysis of nutraceutical indicators. This paper shows a new experiment for the assessment of water residue at the end of the olive oil production process. Principal Component Analysis and Linear Discriminant Analysis were used to demonstrate a qualitative screening with a threshold of 0.5% v/v of water content and an accuracy of 93%. Also, a model for predicting the water concentration was created by means of the Partial Least Square regression, providing a regression coefficient R~2 =0.92, and an error of 0.26%.
机译:SCIO是一个智能手机连接的袖谱仪,在700-1100 nm频段工作。它与学习机算法一起,它已经证明了从非特级初榨橄榄油和营养素指标的多分析中区分高额处女的有效性。本文展示了橄榄油生产过程结束时对水残渣进行评估的新实验。主要成分分析和线性判别分析用于证明阈值的定性筛选,含水量为0.5%v / v,精度为93%。而且,通过部分最小二乘回归产生用于预测水浓度的模型,提供回归系数R〜2 = 0.92,误差为0.26%。

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