Evaluation of Small Object Detection in Scarcity of Data in the Dataset Using Yolov7

R. Chaturvedi, Udayan Ghose
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引用次数: 1

Abstract

Object detection had gained importance in previous decade due to large amount of data that is being generated throughout the world by cameras, mobile phones, satellite imaginary, medical image, social media, UAV etc. As hardware cost to render these images had been reduced significantly and we have access to plethora of algorithms, framework to detect the object and use this information to solve day to day problems. The object detection is most researched area but it still fails to detect and recognize small objects as detecting large objects had got more focus. But small object detection had got less attention and the algorithms and methodology developed for detecting large object does not yield the desired results and accuracy. In this paper we attempt to detect small objects by using state of art algorithm yolov7 and roboflow and try to evaluate the robustness of object detection with scarcity of data in dataset.
基于Yolov7的数据集稀缺情况下小目标检测评价
在过去的十年中,由于世界各地的相机、移动电话、卫星图像、医学图像、社交媒体、无人机等产生了大量数据,物体检测变得越来越重要。由于渲染这些图像的硬件成本已经大大降低,我们可以使用大量的算法和框架来检测物体,并使用这些信息来解决日常问题。目标检测是目前研究最多的领域,但由于对大目标的检测越来越受到关注,对小目标的检测和识别仍然存在不足。但是,小目标检测受到的关注较少,大目标检测的算法和方法不能达到预期的效果和精度。在本文中,我们尝试使用最先进的算法yolov7和roboflow来检测小目标,并尝试评估数据集中数据稀缺的目标检测的鲁棒性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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