fishhapp:一款通过图像处理和机器学习技术检测鱼类伪造的移动应用程序

Francesco Rossi, A. Benso, S. Carlo, G. Politano, A. Savino, P. Acutis
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引用次数: 15

摘要

食品伪造是最明显的社会经济问题之一,它有助于提高人们对他们所吃食物的认识。物种识别是揭露以低价值物种替代有价值物种的商业欺诈行为的一个关键方面。鱼种鉴定主要是通过对全鱼大体解剖特征的形态学鉴定来完成的。然而,越来越多的鲜为人知的新物种出现在市场上,使物种的形态鉴定变得困难。在本文中,我们提出了fishhapp,一个基于云的鱼类物种识别基础设施。fishhapp由两个部分组成:一是为Android和iOS移动操作系统开发的移动应用程序,用户可以拍摄整条鱼的照片并提交给远程分析;二是基于云的远程处理系统,该系统实现了复杂的图像处理管道和神经网络机器学习系统,能够分析获得的图像并将其分类为预定义的鱼类类别。从现有数据集获得的初步结果提供了令人鼓舞的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FishAPP: A mobile App to detect fish falsification through image processing and machine learning techniques
Food forgery is one of the most articulated socio-economic concerns, which contributed to increase people awareness on what they eat. Identification of species represents a key aspect to expose commercial frauds implemented by substitution of valuable species with others of lower value. Fish species identification is mainly performed by morphological identification of gross anatomical features of the whole fish. However, the increasing presence on markets of new little-known species makes morphological identification of species difficult. In this paper we present FishAPP, a cloud-based infrastructure for fish species recognition. FishAPP is composed of a mobile application developed for the Android and the iOS mobile operating system enabling the user to shot pictures of a whole fish and submit them for remote analysis and a remote cloud-based processing system that implements a complex image processing pipeline and a neural network machine learning system able to analyze the obtained images and to perform classification into predefined fish classes. Preliminary results obtained from the available dataset provided encouraged results.
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