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Multinomial Classification of Coral Species using Enhanced Supervised Learning Algorithm

机译:增强监督学习算法珊瑚物种多项式分类

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A supervised learning algorithm can be categorized into different forms and one of this is classification where the main goal is to predict the categorical class labels of structured or unstructured data. However, it requires large datasets to produce a good computer vision model. This study demonstrates the application of the supervised learning algorithm named Convolutional Neural Network (CNN) in multinomial classification of coral reef species. Through the backpropagation process of CNN, the model is able to learn the weights that yield accurate outputs. Moreover, data augmentation approach, retraining, fine tuning and optimization are used to provide better results in multi-class classification. The classification result in terms of F1 Score and Sensitivity is equal to 1.0 while validation accuracy yields 99.49 percent after nine (9) epochs applied to the various coral reef species available in the dataset used in this study.
机译:监督学习算法可以分类为不同的形式,其中一个是主要目标是预测结构化或非结构化数据的分类类标签的分类。但是,它需要大型数据集来产生良好的计算机视觉模型。本研究表明,在珊瑚礁物种的多群分类中,在卷积神经网络(CNN)中的监督学习算法应用于珊瑚礁物种的多项分类。通过CNN的BackProjagation过程,模型能够学习产生准确输出的权重。此外,使用数据增强方法,再培训,微调和优化来提供更好的多级分类结果。在F1得分和敏感度方面,分类结果等于1.0,而验证精度在本研究中使用的数据集中可用的各种珊瑚礁物种的九(9)时期后产生99.49%。

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