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Real-Time Identification of Animals found in Domestic Areas of Europe

机译:实时识别在欧洲国内地区发现的动物

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This paper presents a method for identifying 34 animal classes corresponding to the most conventional animals foundin the domestic areas of Europe by using four types of Convolutional Neural Networks (CNNs), namely VGG-19,InceptionV3, ResNet-50, and MobileNetV2. We also built a system capable of classifying all these 34 animal classesfrom images as well as in real-time from videos or a webcam. Additionally, our system is capable to automaticallygenerate two new datasets, one dataset containing textual information (i.e. animal class name, date and time intervalwhen the animal was present in the frame) and one dataset containing images of the animal classes present and identifiedin videos or in front of a webcam. Our experimental results show a high overall test accuracy for all 4 proposedarchitectures (90.56% for VGG-19 model, 93.41% for InceptionV3 model, 93.49 for ResNet-50 model and 94.54% forMobileNetV2 model), proving that such systems enable an unobtrusive method for gathering a rich collection ofinformation about the vast numbers of animal classes that are being identified such as providing insights about whatanimal classes are present at a given date and time in a certain area and how they look, resulting in valuable datasetsespecially for researchers in the area of ecology.
机译:本文提出了一种识别与发现的最常规动物相对应的34种动物类别的方法 在欧洲国内地区使用四种类型的卷积神经网络(CNN),即VGG-19, InceptionV3,ResNet-50和MobileNetV2。我们还构建了能够对所有这34种动物类别进行分类的系统 从图像中以及从视频或网络摄像头中实时获取。此外,我们的系统能够自动 生成两个新的数据集,其中一个包含文本信息(即动物类别名称,日期和时间间隔)的数据集 当动物出现在框架中时)和一个包含存在并识别出的动物类别图像的数据集 在视频中或在网络摄像头前。我们的实验结果表明,对所有4种建议的方法都具有很高的总体测试精度 架构(VGG-19模型为90.56%,InceptionV3模型为93.41%,ResNet-50模型为93.49、94.54%为 MobileNetV2模型),证明此类系统为收集丰富的 有关已识别的大量动物类别的信息,例如提供有关哪些动物的见解 动物类在给定的日期和时间存在于特定区域中,以及它们的外观,从而产生了有价值的数据集 特别是对于生态学领域的研究人员。

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