基于深度学习的超市果蔬检索方法OACSTPCD
Supermarket Fruit and Vegetable Retrieval Method Based on Deep Learning
针对目前超市果蔬结算方法无法实现类别新增、小样本识别精度低等问题,提出一种基于深度学习的超市果蔬检索方法.该方法通过YOLOv4获取果蔬主体,去除冗余背景信息,同时通过MobileNetV3提取果蔬主体相应的深层语义特征,最后根据度量学习技术完成类别判断.本文在符合超市实际运营情况的条件下进行实验并得出:该方法能够在小样本条件下精确识别不同的果蔬类别,在每类支持集样本数为15时平均识别率达94%左右,时间开销为0.93 s,同时能够实现新类别的实时更新.本文方法极大地降低了传统超市在实际运营中巨大的人力、时间成本,为果蔬零售行业实现智能化、自动化提供了一种解决方案.
In view of the problems that the current settlement method of supermarket fruits and vegetables cannot add new catego-ries and low accuracy of small sample recognition,this paper proposes a supermarket fruits and vegetables retrieval method based on deep learning.The method obtains fruit and vegetable subjects through YOLOv4 to remove redundant background infor-mation,and extracts corresponding deep semantic features of fruit and vegetable subjects through MobileNetV3.Finally,cat-egory judgment is completed according to metric learning technology.This paper conducts experiments in accordance with the ac-tual operation conditions of supermarkets and concludes that the method could accurately identify different fruit and vegetable cat-egories under the condition of small samples.When the number of samples for each category is 15,the average recognition rate is about 94%,the time cost is 0.93s,and the new categories could be updated in real time.This method greatly reduces the huge la-bor and time cost in the actual operation of traditional supermarkets,and provides a solution for the realization of intelligence and automation in the fruit and vegetable retail industry.
郭泽昕;钟国韵;何剑锋;张军
东华理工大学信息工程学院,江西 南昌 330013
计算机与自动化
图像检索果蔬识别类别增加小样本识别
image retrievalfruit and vegetable recognitioncategory increasesmall sample recognition
《计算机与现代化》 2024 (004)
60-65 / 6
国家自然科学基金资助项目(62162002);江西省主要学科学术和技术带头人培养计划—领军人才项目(20225BCJ22004)
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