首页|基于注意力时间卷积网络的香蕉新鲜度识别与剩余货架期预测

基于注意力时间卷积网络的香蕉新鲜度识别与剩余货架期预测

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[目的]解决传统机器学习算法(BP、SVM)无法很好地挖掘时序数据特征导致模型识别和预测效果不佳的问题,最大限度减少新鲜水果在流通过程中鲜度的损失.[方法]以香蕉为研究对象,使用时间卷积网络(TCN)结合有效通道注意力网络(ECA-NET)建立香蕉新鲜度识别模型(ECA-TCN),并进行仿真测试.[结果]BP、SVM、TCN、ECA-TCN的识别准确率分别为84.89%,85.16%,97.83%,99.03%.[结论]试验方法对香蕉的新鲜度识别具有更好的效果.
Freshness recognition and remaining shelf life prediction of banana based on attention Temporal Convolutional Network
[Objective]To address the issue of traditional machine learning algorithms(BP,SVM)struggling to effectively extract features from time series data,which leads to subpar model recognition and prediction performance,and aim to minimize the freshness loss of fresh fruits during the distribution process.[Methods]Taking bananas as the research subject,established a banana freshness recognition model(ECA-TCN)by combining Time Convolutional Networks(TCN)with Efficient Channel Attention Networks(ECA-NET)and conduct simulation tests.[Results]The recognition accuracies for BP,SVM,TCN,and ECA-TCN were 84.89%,85.16%,97.83%,and 99.03%,respectively.[Conclusion]The experimental method demonstrates superior performance in recognizing the freshness of bananas.

bananasfreshnesssensor arraysTCNattention mechanismremaining shelf-life forecasting

李鑫、朱磊、张媛、杜艳平、邢晓

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北京印刷学院机电工程学院,北京 102627

香蕉 新鲜度 传感器阵列 时间卷积网络(TCN) 注意力机制 剩余货架期预测

2024

食品与机械
长沙理工大学

食品与机械

CSTPCD北大核心
影响因子:0.89
ISSN:1003-5788
年,卷(期):2024.40(11)