Image analysis using convolutional neural network to detect bird species

A. Khot
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引用次数: 1

Abstract

Recognition for bird species is one of the most challenging tasks in visualizing a very abundant bird species. It is a subfield of object recognition and is meant to differentiate sub-categories. Furthermore, it aims to categorize the data, such as images. Therefore, identifying the bird species through images helps us acquire a more accurate result. Thus, we have developed a deep learning model to help users identify bird species. Meanwhile, deep convolutional neural networks have been very effective in dealing with images of having different dimensions and thus succeeding at tasks like object detection and classification, learning various features like edges, colors, etc. Thus, using the neural network model, we have taken 200 different species of birds in the form of images to classify. First, birds images were learned by a convolutional neural network (CNN) to identify the dominant features in the images. Then, we used the softmax function to obtain a probability distribution of bird characteristics. Finally, to obtain a more accurate result, we compare our GoogleLeNet model with the VGG16.
利用卷积神经网络进行图像分析,检测鸟类种类
鸟类物种识别是对丰富的鸟类物种进行可视化的最具挑战性的任务之一。它是物体识别的一个子领域,用于区分子类别。此外,它的目的是对数据进行分类,如图像。因此,通过图像识别鸟类种类有助于我们获得更准确的结果。因此,我们开发了一个深度学习模型来帮助用户识别鸟类。与此同时,深度卷积神经网络在处理不同维度的图像方面非常有效,因此在物体检测和分类、学习边缘、颜色等各种特征等任务上取得了成功。因此,利用神经网络模型,我们以图像的形式对200种不同的鸟类进行分类。首先,通过卷积神经网络(CNN)学习鸟类图像,识别图像中的主要特征。然后,利用softmax函数得到鸟类特征的概率分布。最后,为了获得更准确的结果,我们将我们的GoogleLeNet模型与VGG16进行了比较。
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