AI_Birder:一个使用人工智能和深度学习实现鸟类自动分类的智能移动应用程序

Charles Tian, Yu Sun
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摘要

我们周围到处都是鸟,很容易发现。然而,对于许多初学观鸟的人来说,辨认鸟类是一项艰巨的任务。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。我的应用程序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[9]的图像进行训练。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,然后我把它们上传到应用程序上。然后,我的应用程序会给我3种最接近图片的鸟类,以及应用程序对其选择的信心,这些选择以百分比列出。我记录下每张图片的准确率。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: An Intelligent Mobile Application to Automate Bird Classification using Artificial Intelligence and Deep Learning
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. I recorded down 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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