AI Based Object Recognition Performance between General Camera and Omnidirectional Camera Images

Shota Kaneda, C. Premachandra
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Abstract

In this paper, we present a comparison of the accuracies of AI-based object recognition using a general camera and an omnidirectional camera. Recently, with the improvement in machine learning technology, there has been significant research related to the detection and classification of objects from images and videos. In this field, it is common to use horizontal images and videos. However, omnidirectional cameras, which can acquire information from the entire surrounding area, are becoming popular in addition to general cameras. Although there are some studies on object recognition using these cameras, almost no studies have focused on comparisons between object recognition using general and omnidirectional cameras. Therefore, in this study, we compared the recognition rate of object recognition using the YOLO algorithm on both general and omnidirectional images taken in the same environment.
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基于AI的普通相机和全向相机图像的目标识别性能
在本文中,我们比较了使用通用相机和全向相机的人工智能目标识别的精度。近年来,随着机器学习技术的进步,人们对图像和视频中物体的检测和分类进行了大量的研究。在这个领域,通常使用水平图像和视频。然而,除了普通摄像机之外,可以获取整个周围区域信息的全向摄像机也越来越受欢迎。虽然有一些使用这些相机进行物体识别的研究,但几乎没有研究集中在使用通用相机和全向相机进行物体识别的比较。因此,在本研究中,我们比较了在相同环境下,使用YOLO算法对一般图像和全向图像进行物体识别的识别率。
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