A new intelligent retail container system with a dual neural network model design

Min Zeng, Shengjian Wu, Fang Li, Guosheng Hu
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Abstract

In recent years, image recognition technology based on deep learning has become the main solution for intelligent retail containers (IRC). This article introduces a new intelligent retail container system with a dual neural network model. Compared with the previous single-model design, the new one has significantly improved its detection recall and classification accuracy besides reducing greatly the model's retraining time caused by the increasing in new retail varieties. First, using the Faster RCNN model to complete the rough detection of retail categories (classified by outer package) to improve the detection recall; second, using the ResNet50 model to complete the fine classification of retail subcategories (classified by goods variety) to promote classification accuracy. At the same time, a variety of ablation experiments are carried out on the hard samples set of our project by means of several data augments. Some design methods and practical experience proposed in this article can be helpful for the CV (computer vision) incubation projects in the landing stage.
一种新型智能零售集装箱系统的双神经网络模型设计
近年来,基于深度学习的图像识别技术已成为智能零售容器(IRC)的主要解决方案。本文介绍了一种基于双神经网络模型的智能零售集装箱系统。与之前的单模型设计相比,新模型不仅显著提高了检测召回率和分类准确率,而且大大减少了因新零售品种增加而导致的模型再训练时间。首先,利用Faster RCNN模型完成零售品类(按外包装分类)的粗略检测,提高检测召回率;二是利用ResNet50模型完成零售子类(按商品品种分类)的精细分类,提高分类准确率。同时,在本项目的硬样品集上,通过多次数据增强,进行了各种烧蚀实验。本文提出的一些设计方法和实践经验,可以为CV(计算机视觉)孵化项目在落地阶段提供帮助。
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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