Ai_Birder:使用人工智能和深度学习创建一个自动鸟类分类的移动应用程序

Charles Tian, Yu Sun
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引用次数: 0

摘要

我们周围到处都是鸟,很容易发现。然而,对于许多观鸟初学者来说,识别鸟类是一项艰巨的任务[8]。有许多应用程序可以帮助观鸟者识别鸟类,但它们往往过于复杂,需要良好的网络才能给出结果。需要一个更好的应用程序,这样观鸟者就可以在不依赖网络连接的情况下识别鸟类。我的应用AI_Bider主要是在android studio中使用flutter和firebase构建的,AI引擎是用TensorFlow编码的,并使用来自互联网的图像进行训练[9]。为了测试我的AI引擎,我制作了6个不同的原型,每个原型都有不同的次数,代码将从图片数据集中训练。然后,我在我的数据集中选择了5只鸟,并在互联网上为每只鸟找到了5张图片,然后我将其上传到应用程序。然后,我的应用程序将为我提供与图像最相似的3种鸟类,以及应用程序对其选择的置信度,它们以百分比列出[6]。我记录了每张图片的准确率。在取了所有模型的平均百分比后,我选择了最成功的模型,其平均准确率为79%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ai_Birder: Using Artificial Intelligence and Deep Learning to Create a Mobile Application that Automates Bird Classification
Birds are everywhere around us and are easy to spot. However, for many beginner birders, identifying the birds is a hard task [8]. There are many apps that help the birder to identify the birds, but they are often too complicated and require good internet to give a result. A better app is needed so that birders can identify birds while not depending on internet connection. My app, AI_Bider, is mainly built in android studio using flutter and firebase, and the AI engine is coded with TensorFlow and trained with images from the internet [9]. To test my AI engine, I made six different prototypes, each having a different number of times that the code will train from the dataset of pictures. I then selected 5 birds that are in my dataset and found 5 pictures on the internet for each of them, which I then uploaded to the app. My app will then give me 3 bird species that most closely resemble the image, as well as the app’s confidence in its choices, which are listed as percentages [6]. I recorded the percentages of accuracy for each picture. After taking the average percentage of all the models, I selected the most successful model, which had an average percent of accuracy of 79%.
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