Classification of Bird Species using K-Nearest Neighbor Algorithm

Ichsan Budiman, D. R. Ramdania, Y. A. Gerhana, Alif Rakasha Pratama Putra, Nisairrizqy Nabilah Faizah, M. Harika
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引用次数: 1

Abstract

Birds play an essential role in the functioning of the world's ecosystems by directly impacting human health, economy, and food production and benefiting millions of other species. The diversity of bird habitats shows that there are many types of bird species. This study aims to provide a new treasure for the ontology field by applying a machine learning algorithm to classify bird species based on K-Nearest Neighbor (KNN). A total of 400 species of bird images with a total of 58388 images of data were tested in this study. The test scenario was carried out in 3 stages: 400, 200, and 100 species. The results of testing the accuracy of the K-Nearest Neighbor model applied to the bird image dataset are 26.846%, with a value of $\mathrm{K}=1$. The comparison of training data with test data is 95:5 percent (%). This result shows that the KNN algorithm can classify bird species.
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基于k -最近邻算法的鸟类分类
鸟类通过直接影响人类健康、经济和粮食生产,并使数百万其他物种受益,在世界生态系统的功能中发挥着至关重要的作用。鸟类栖息地的多样性表明鸟类种类繁多。本研究旨在通过基于k -最近邻(KNN)的机器学习算法对鸟类进行分类,为本体领域提供新的宝藏。本研究共检测了400种鸟类图像,共58388张图像数据。试验场景分3个阶段进行,分别为400、200和100种。K-最近邻模型应用于鸟类图像数据集的准确率测试结果为26.846%,其值为$\mathrm{K}=1$。训练数据与测试数据的对比率为95%(%)。结果表明,KNN算法可以对鸟类进行分类。
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