基于目标检测YOLO的有害鸟类识别系统的开发

北風 裕教, 吉原 蓮人, 岡部 蒼太, 松村 遼
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引用次数: 1

摘要

本文讨论了我们开发的长肢珊瑚碳化合物识别系统。在日本被称为“有害鸟类”。近年来,许多研究人员一直在研究使用无人机消灭这种有害的鸟类。然而,他们必须手动控制无人机。没有一个好的飞行员就无法解决这个问题。我们的研究小组的目标是开发一种使用无人机自动识别这些有害鸟类的系统。其中一种深度学习,YOLO被用作识别方法。通过学习鸟的三维形状,提高了识别率。为了创建3D模型,我们使用了一个名为Smoothie-3D的应用程序。通过从三维模型中制备许多二维学习图像来实现数据增强。利用长肢珊瑚的碳水化合物图像进行识别实验,拟合准确率达到98%以上。识别率的准确率也在91%以上。在此基础上,实现了基于无人机的有害鸟类自动清除系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of Harmful Bird Recognition System using Object Detection YOLO
In this paper, we discuss the Phalacrocorax carbo recognition system that we have developed. Phalacrocorax carbo is known as harmful bird in Japan. In recent years, many researchers have been studying to eliminate this harmful bird using drone. However, they had to control the drone manually. There was a problem that could not be dealt with without a good pilot. Our research group aims to develop a system that automatically recognizes these harmful birds using drone. One of deep learning, YOLO is used as a recognition method. The recognition rate has been improved by learning the 3D shape of the bird. To create the 3D model, we use an application called Smoothie-3D. Data augmentation was realized by preparing many two-dimensional learning images from the 3D model. As a result of the recognition experiment using Phalacrocorax carbo images, the fit ratio was precise at 98% or more. The precision of the recognition rate also more than 91%. From these results, we have realized the based system for automatic harmful bird elimination system using drone.
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