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Almonds classification using supervised learning methods

机译:使用监督学习方法进行杏仁分类

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摘要

Digital image processing techniques are commonly employed for food classification in an industrial environment. In this paper, we propose the use of supervised learning methods, namely multi-class support vector machines and artificial neural networks to perform classification of different type of almonds. In the process of defining the feature vectors, the proposed method has relied on the principal component analysis to identify the most significant shape and color parameters. The comparative analysis of considered classification algorithms has shown that the higher levels of accuracy in almond classification are attained when support vector machine are used as the basis for classification, rather than artificial neural networks. Moreover, the experimental results have demonstrated that the proposed method exhibits significant levels of robustness and computational efficiency to facilitate the use in the real-time applications. In addition, for the purpose of this paper, a dataset of almond images containing various classes of almonds is formed and made freely available to be used by other researchers in this field.
机译:数字图像处理技术通常用于工业环境中的食品分类。在本文中,我们建议使用监督学习方法,即多类支持向量机和人工神经网络,对不同类型的杏仁进行分类。在定义特征向量的过程中,所提出的方法依靠主成分分析来识别最重要的形状和颜色参数。对考虑的分类算法的比较分析表明,当使用支持向量机而不是人工神经网络作为分类基础时,杏仁分类的准确性更高。而且,实验结果表明,所提出的方法表现出显着水平的鲁棒性和计算效率,以促进在实时应用中的使用。此外,出于本文的目的,形成了包含各种类型杏仁的杏仁图像数据集,并免费提供给该领域的其他研究人员使用。

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