使用YOLOv5进行库存盘点的目标检测

Isaiah Francis E. Babila, Shawn Anthonie E. Villasor, J. D. dela Cruz
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引用次数: 5

摘要

该研究已经成功创建了一个程序来检测手机盒,即樱桃Aqua S9和樱桃Flare S8在任何方向。通过建立数据集,目标物体将在不同的场景中使用相机捕获,成功的检测成为可能。Roboflow应用程序总共收集并自动分割了1,623张图像。在本研究中,使用的最佳背景光源为9w。根据收集到的数据,两个目标物体的完美计数为32 (32),S8的平均精度为0.96,S9的平均精度为0.95。对于7W光源,S9没有检测侧视180°方向;对于精度测试,S8的平均精度为0.95,S9的平均精度为0.90。最后,使用5W,系统中有8(8)个误检,S8的总计数只有24(24)个,S9的总计数只有40(40)个,对于精度测试,S8的平均精度为0.70,S9的平均精度为0.93。成功应用You Only Look Once v5 (YOLOv5)算法对目标物体进行识别和计数,并将结果显示在触摸屏上。根据降噪结果,将不会检测到放置不同种类的盒子以及与目标物体大小和尺寸相同的盒子。YOLO是物体检测的最佳算法,它只识别经过训练的物体。结果表明,当数据集添加更多的图片时,该方法提供了较高的精度和较高的召回曲线,并且减少了所有丢失,从而提高了准确率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Object Detection for Inventory Stock Counting Using YOLOv5
The study has successfully created a program to detect cellphone boxes namely, Cherry Aqua S9 and Cherry Flare S8 in any orientation. Successful detection was made possible by building the datasets where the target objects will capture using a camera in different scenarios. A total of 1,623 images were collected and automatically split by the Roboflow application. In this study, the best background light source to be used is 9Watts. Based on the data gathered were, both target objects had a perfect count of thirty-two (32) and had a 0.96 average accuracy for S8 and a 0.95 average accuracy for S9. For the 7W lighting source, the S9’s did not detect the side view 180° orientation; for the accuracy test, a 0.95 average accuracy for S8 and a 0.90 average accuracy for S9. Lastly, using 5W, eight (8) misdetections in the system, having a total count of only Twenty-four (24) for S8 and forty (40) for S9, for the accuracy-test a 0.70 average accuracy for S8 and a 0.93 for S9. The You Only Look Once v5 (YOLOv5) algorithm was successfully applied to identify and count the target objects and display the result in the touch display. Based on the outcome for noise reduction, placing different kinds of boxes and boxes with the same size and dimension of the target objects will not be detected. YOLO is the best algorithm for object detection that recognizes only the trained objects. The results show the accuracy, which offers a high precision and high recall curve and decreases all lost when the dataset added more pictures, leading to higher accuracy.
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