Bottled Water Identification & Fraud Detection Using Spectroscopy & Convolutional Neural Network

P. Q. Thai, P. Dat
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Abstract

In this paper, a sensing system using absorption spectroscopy and convolutional neural network to identify and classify bottled water was realized and demonstrated. With proper system design and measurement method, both systematic error and random noise were mitigated. Moreover, the implemented convolutional neural network was able to identify highly collinear samples with correct prediction probability of more than 99%. Consequentially, the system could accurately identify counterfeit bottled water samples.
基于光谱和卷积神经网络的瓶装水识别与欺诈检测
本文实现并演示了一种利用吸收光谱和卷积神经网络对瓶装水进行识别分类的传感系统。通过适当的系统设计和测量方法,系统误差和随机噪声都得到了抑制。此外,所实现的卷积神经网络能够识别高度共线性的样本,正确预测概率超过99%。因此,该系统可以准确识别假冒瓶装水样品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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