CNN对食物识别类内变异的耐受性比较

M. Taskiran, N. Kahraman
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引用次数: 6

摘要

类内变异是指同一类的不同图像之间发生的图像变异。同一类内样本之间的相似性通常用类内相关系数来衡量。接近1的高类内相关系数表明来自同一类的样本之间的相似性很高,而接近零的低ICC表示相反。本文研究了Kegels foodl数据集的类内变异问题。选择了21个具有高ICC值的类。我们应用了著名的卷积神经网络,包括ResNet, GoogleNet, MobileNet和VGG-Net,它们具有不同的训练和测试百分比,以比较类的识别率。虽然Food101数据集的样本差异很大,但GoogleNet (Inception V3)的验证精度值最高,epoch数最少。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparison of CNN Tolerances to Intra Class Variety in Food Recognition
Intra-class variation defines image variations occur between different images of one class. The similarity between samples within the same class is typically measured by the Intra-class Correlation coefficient. A high Intra-class Correlation Coefficient close to 1 indicates high similarity between samples from the same class where a low ICC close to zero means opposite. This paper deals with intra-class variety problem of Kegels Foodl0l dataset. 21 classes that have high ICC values were chosen. We have applied well known convolutional neural networks including ResNet, GoogleNet, MobileNet and VGG-Net with different train and test percentages in order to compare the recognition rates for the classes. Although the samples in Food101 dataset vary widely, GoogleNet (Inception V3) has the highest validation accuracy value with the lowest number of epochs.
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