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Using Class Activation Maps on Deep Neural Networks to Localise Waste Classifications

机译:深神经网络上的类激活映射到本地化废物分类

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A serious global waste crisis is currently in effect which originates from our lack of sense of duty. This can be resolved by automating the separation process using AI empowered by weakly supervised learning. A prototype system was created by using pre-trained CNN models in CV such as VGG, ResNet, MobileNet and DenseNet. The prototype showed promising results by having the best algorithms obtain an F1-score of over 80% on 2 datasets known as TrashNet and MINC. Some algorithms were also quite efficient, reaching over 10FPS while maintaining less than 10Mb. The localisation accuracy generated from the CAMs of the best models has shown to be around 83% on TrashNet and around 69% on MINC. These results show that not only is it possible through AI to accurately and efficiently classify waste through datasets, but it can also be used to integrate accurate localisation via weak supervision for easier data annotation.
机译:目前严重的全球废物危机源于我们缺乏责任感。这可以通过使用弱监督学习授权的AI自动化分离过程来解决。通过使用CV中的预先培训的CNN模型来创建原型系统,例如VGG,RESET,MOBILENET和DENNENET。原型显示出具有最佳算法的有前途的结果,该算法在称为Trashnet和Minc的2个数据集上获得超过80%的F1分数。一些算法也非常有效,达到超过10fps,同时保持小于10MB。从最佳模型的凸轮产生的本地化精度显示在Trashnet上约为83%,Minc上约为69%。这些结果表明,不仅可以通过AI准确和有效地通过数据集对浪费进行准确和有效地分类浪费,但它也可用于通过弱监管来集成准确的本地化,以便更轻松地进行数据注释。

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