Benchmarks, such as COCO, play a crucial role in object detection. However, existing benchmarks are insufficient in scale variation, and their protocols are inadequate for fair comparison. In this paper, we introduce the Universal-Scale object detection Benchmark (USB). USB has variations in object scales and image domains by incorporating COCO with the recently proposed Waymo Open Dataset and Manga109-s dataset. To enable fair comparison and inclusive research, we propose training and evaluation protocols. They have multiple divisions for training epochs and evaluation image resolutions, like weight classes in sports, and compatibility across training protocols, like the backward compatibility of the Universal Serial Bus. Specifically, we request participants to report results with not only higher protocols (longer training) but also lower protocols (shorter training). Using the proposed benchmark and protocols, we conducted extensive experiments using 15 methods and found weaknesses of existing COCO-biased methods. The code is available at https://github.com/shinya7y/UniverseNet .
翻译:基准,如COCO,在物体探测方面起着关键作用。但是,现有的基准在规模变化方面不够充分,其协议也不足以进行公平的比较。在本文件中,我们采用了通用标准物体探测基准(USB)。USB将COCO与最近提议的Waymo开放数据集和Manga109-s数据集结合,在对象范围和图像领域各有差异。为了能够进行公平的比较和包容性研究,我们提议了培训和评价协议。它们有多个司,用于培训小区和评估图像分辨率,如体育重量班,以及各种培训协议的兼容性,如通用环航巴士的后向兼容性。具体地说,我们要求参与者报告结果,不仅采用更高的程序(长期培训),而且采用较低的程序(短期培训)。我们利用拟议的基准和协议,利用15种方法进行了广泛的实验,发现现有的COCO偏向型方法的弱点。该代码可在https://github.com/shinya7y/UniverseNet上查阅。