YOT-Net: YOLOv3 Combined Triplet Loss Network for Copper Elbow Surface Defect Detection

Copper elbows are an important product in industry. They are used to connect pipes for transferring gas, oil, and liquids. Defective copper elbows can lead to serious industrial accidents. In this paper, a novel model named YOT-Net (YOLOv3 combined triplet loss network) is proposed to automatically...

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Autores principales: Yuanqing Xian, Guangjun Liu, Jinfu Fan, Yang Yu, Zhongjie Wang
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Lenguaje:EN
Publicado: MDPI AG 2021
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Acceso en línea:https://doaj.org/article/1302b5f0badd4b64b036af395ca8aeb0
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spelling oai:doaj.org-article:1302b5f0badd4b64b036af395ca8aeb02021-11-11T19:13:32ZYOT-Net: YOLOv3 Combined Triplet Loss Network for Copper Elbow Surface Defect Detection10.3390/s212172601424-8220https://doaj.org/article/1302b5f0badd4b64b036af395ca8aeb02021-10-01T00:00:00Zhttps://www.mdpi.com/1424-8220/21/21/7260https://doaj.org/toc/1424-8220Copper elbows are an important product in industry. They are used to connect pipes for transferring gas, oil, and liquids. Defective copper elbows can lead to serious industrial accidents. In this paper, a novel model named YOT-Net (YOLOv3 combined triplet loss network) is proposed to automatically detect defective copper elbows. To increase the defect detection accuracy, triplet loss function is employed in YOT-Net. The triplet loss function is introduced into the loss module of YOT-Net, which utilizes image similarity to enhance feature extraction ability. The proposed method of YOT-Net shows outstanding performance in copper elbow surface defect detection.Yuanqing XianGuangjun LiuJinfu FanYang YuZhongjie WangMDPI AGarticlecopper elbowdefect detectionYOLOv3triplet lossdeep learningChemical technologyTP1-1185ENSensors, Vol 21, Iss 7260, p 7260 (2021)
institution DOAJ
collection DOAJ
language EN
topic copper elbow
defect detection
YOLOv3
triplet loss
deep learning
Chemical technology
TP1-1185
spellingShingle copper elbow
defect detection
YOLOv3
triplet loss
deep learning
Chemical technology
TP1-1185
Yuanqing Xian
Guangjun Liu
Jinfu Fan
Yang Yu
Zhongjie Wang
YOT-Net: YOLOv3 Combined Triplet Loss Network for Copper Elbow Surface Defect Detection
description Copper elbows are an important product in industry. They are used to connect pipes for transferring gas, oil, and liquids. Defective copper elbows can lead to serious industrial accidents. In this paper, a novel model named YOT-Net (YOLOv3 combined triplet loss network) is proposed to automatically detect defective copper elbows. To increase the defect detection accuracy, triplet loss function is employed in YOT-Net. The triplet loss function is introduced into the loss module of YOT-Net, which utilizes image similarity to enhance feature extraction ability. The proposed method of YOT-Net shows outstanding performance in copper elbow surface defect detection.
format article
author Yuanqing Xian
Guangjun Liu
Jinfu Fan
Yang Yu
Zhongjie Wang
author_facet Yuanqing Xian
Guangjun Liu
Jinfu Fan
Yang Yu
Zhongjie Wang
author_sort Yuanqing Xian
title YOT-Net: YOLOv3 Combined Triplet Loss Network for Copper Elbow Surface Defect Detection
title_short YOT-Net: YOLOv3 Combined Triplet Loss Network for Copper Elbow Surface Defect Detection
title_full YOT-Net: YOLOv3 Combined Triplet Loss Network for Copper Elbow Surface Defect Detection
title_fullStr YOT-Net: YOLOv3 Combined Triplet Loss Network for Copper Elbow Surface Defect Detection
title_full_unstemmed YOT-Net: YOLOv3 Combined Triplet Loss Network for Copper Elbow Surface Defect Detection
title_sort yot-net: yolov3 combined triplet loss network for copper elbow surface defect detection
publisher MDPI AG
publishDate 2021
url https://doaj.org/article/1302b5f0badd4b64b036af395ca8aeb0
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AT guangjunliu yotnetyolov3combinedtripletlossnetworkforcopperelbowsurfacedefectdetection
AT jinfufan yotnetyolov3combinedtripletlossnetworkforcopperelbowsurfacedefectdetection
AT yangyu yotnetyolov3combinedtripletlossnetworkforcopperelbowsurfacedefectdetection
AT zhongjiewang yotnetyolov3combinedtripletlossnetworkforcopperelbowsurfacedefectdetection
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