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Apple Grading System based on Near Infrared Spectroscopy and Evidential Classification Forest

机译:基于近红外光谱和证据分类森林的苹果分级系统

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Apple grading plays an important role in increasing the commercial value of apple products. In this paper, an apple grading system for Red Fuji apples is proposed. Based on the non-destructive measurement of near infrared spectrum, the machine learning algorithm of evidential classification forest is applied to classify apples into four quality grades. To build the training set of classification forest, features are extracted by partial least square approach, meanwhile plausibilities of different grades are decided depending on corresponding soluble solids content of apple. Experiments with Red Fuji apple products shows a recognition rate around 80%.
机译:苹果分级在提高苹果产品的商业价值中起着重要作用。本文提出了红富士苹果的苹果分级系统。基于近红外光谱的无损测量,应用证据分类林的机器学习算法将苹果分为四个质量等级。为了建立分类森林训练集,通过偏最小二乘方法提取特征,同时根据苹果中相应的可溶性固形物含量确定不同等级的适宜性。红富士苹果产品的实验表明识别率约为80%。

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