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基于YOLOv5的目标轮廓运动特征检测方法OA

Feature Detection Method for Target Contour Motion Based on YOLOv5

中文摘要英文摘要

目标轮廓运动特征的准确识别是视频分析中的一项关键技术,尤其是在航天、生产等领域.面对视频中多目标环境及中小型目标的低像素挑战,传统的特征检测方法往往在识别和分类上表现不佳.为此,提出一种基于YOLOv5的目标轮廓运动特征检测方法.通过YOLOv5实现对运动目标的准确检测,并采用分阶段方法提取目标轮廓特征,同时借助卷积神经网络加强特征学习,从而优化检测流程.实验结果表明,所提出的方法能以每秒29帧的速度进行图像帧数检测,平均精度达到91.74%,证明了其在目标轮廓运动特征检测方面的优秀性能.

The accurate recognition of target contour motion features is a critical technology in video analysis,particularly in fields of aerospace and manufacturing.Traditional feature detection methods often perform poorly in identifying and classifying targets,especially in multi-target environments and low-resolution challenges of small to medium-sized targets in videos.Therefore,this study proposes a target contour motion feature detection method based on YOLOv5.Utilizing YOLOv5,three-dimensional modeling of moving targets is achieved,and a staged approach is employed to extract target contour features.Ad-ditionally,convolutional neural networks are utilized to enhance feature learning,thus optimizing the detection process.The re-sults indicate that the proposed method achieves image frame detection at a speed of 29 frames per second with an average preci-sion of 91.74%,demonstrating its outstanding performance in detecting target contour motion features.

侯相茹

黑龙江外国语学院,信息工程学院,黑龙江,哈尔滨 150025

信息技术与安全科学

目标轮廓运动特征检测YOLOv53D建模

target contourmotion feature detectionYOLOv53D modeling

《微型电脑应用》 2026 (5)

277-280,4

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