Image-Based Macroscopic Classification of Aspergillus Fungi Species Using Convolutional Neural Networks

R. Billones, Edwin J. Calilung, E. Dadios, N. Santiago
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引用次数: 7

Abstract

This paper presents a technique for macroscopic classification of Aspergillus fungi species. The Aspergillus genus have several species that can be used in agricultural and medical applications. An automated process of macroscopic identification and classification of such species is described here. The scope of the study includes a 9-type Aspergillus fungi species. The learning mechanism used is a simple convolutional neural network. Using a total of 4545 macroscopic images, the model achieved a 90.06% accuracy in training, and 96.43% accuracy in validation.
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基于图像的卷积神经网络曲霉菌宏观分类
本文介绍了一种曲霉属真菌的宏观分类技术。曲霉属有几个种类,可用于农业和医疗应用。本文描述了对这类物种进行宏观识别和分类的自动化过程。研究范围包括一种9型曲霉真菌。使用的学习机制是一个简单的卷积神经网络。该模型共使用4545张宏观图像,训练准确率为90.06%,验证准确率为96.43%。
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