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首页> 外文期刊>International Journal of Scientific & Technology Research >Recognition Of Animal Species On Camera Trap Images Using Machine Learning And Deep Learning Models
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Recognition Of Animal Species On Camera Trap Images Using Machine Learning And Deep Learning Models

机译:使用机器学习和深度学习模型在相机陷阱图像上识别动物物种

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Wild animal movement monitoring and its distribution are essential for the conservation of animal life. Camera trap, a most commonly used technique for animal monitoring which automatically activate the camera on animal presence and obtain a huge volume of data. The present work aims to investigate various machine learning algorithms including Support Vector Machine (SVM), Random Forest (RF) and deep learning models such as Alexnet, Inception V3 for classification of animal species. Among which deep learning models outperforms than machine learning algorithms. In this paper, the overall comparison of accuracy between machine learning and deep learning models has been observed and discussed. The outcomes of the experiment suggest that InceptionV3 attains more accuracy than SVM, Random Forest, AlexNet and also results highly accurate classification is obtained with the availability of enough data and precise techniques. The experiment uses KTH dataset that composed of 19 different categories of animals among which 12 classes are selected to measure the performance of the models.
机译:野生动物运动监测及其分布对于保护动物生命至关重要。相机陷阱是一种用于动物监视的最常用技术,可在动物存在时自动激活相机并获取大量数据。本工作旨在研究各种机器学习算法,包括支持向量机(SVM),随机森林(RF)和深度学习模型,例如Alexnet,Inception V3,用于对动物物种进行分类。其中,深度学习模型的性能优于机器学习算法。在本文中,已经观察和讨论了机器学习和深度学习模型之间的准确性的总体比较。实验结果表明,InceptionV3比SVM,Random Forest和AlexNet具有更高的准确性,并且由于有足够的数据和精确的技术,因此可以获得高度准确的分类。该实验使用由19种不同类别的动物组成的KTH数据集,从中选择了12类来测量模型的性能。

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