首页|基于YOLOv5的锥桶识别技术研究与应用

基于YOLOv5的锥桶识别技术研究与应用

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基于计算机视觉理论与目标检测算法,利用 YOLOv5 模型和自制数据集实现对锥桶的识别.然后将训练好的权重部署到 ROS 智能小车上实现了小车自动驾驶中的自主避障功能.实验数据表明,本文仅仅利用 95个图片,514个标记经过 50 轮训练就实现了 97.36%mAP@0.5,对锥桶的识别效果很好,且具有较强的泛化能力.该锥桶识别模型有效提高了在复杂光学场景及密集锥桶目标下的识别准确率.
Research and Application on Cone Bucket Identification Technology Based on YOLOv5
Based on computer vision theory and object detection algorithm,the cone buckets was realized by using YOLOv5 model and homemade datasets.Then the trained weight was deployed to the ROS smart car to realize the autonomous obstacle avoidance function in the car autonomous driving.Experimental data showed that this paper achieved 97.36%mAP@0.5 by using only 95 pictures and 514 markers after 50 epochs of training,which is very good in the recognition of cone buckets,and has strong generalization ability.This cone buckets recognition model effectively improves the recognition accuracy in complex optical scene and dense cone buckets targe t.

YOLOv5datasetscomputer visionobject detection

黄加辉、吴世林、徐家伟

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武汉纺织大学 机械工程与自动化学院,湖北 武汉 430200

YOLOv5 数据集 计算机视觉 目标检测

2024

武汉纺织大学学报
武汉纺织大学

武汉纺织大学学报

影响因子:0.316
ISSN:2095-414X
年,卷(期):2024.37(1)
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