Research Article
Automobile Component Recognition Based on Deep Learning Network with Coarse-Fine-Grained Feature Fusion
Table 1
Deep learning-based image recognition in industry.
| Ref. | Concept | Methodology | One image | Preprocessing | Small dataset | Performance | Single target classification | Multiobject segmentation |
| [7] | Surface defect detection | CNN + Unet | | √ | — | No | — | [12] | Weld defect classification | VGG16 + SegNet-modified | √ | | Manually annotated | — | — | [13] | Subsurface defects detection | YOLO v5 | | √ | Manually annotated | — | Precise = 92.6% | [14] | Quality monitor of pizza packages | ResNet18 | √ | | Image flip | No | Precise = 99.74% | [15] | Recognition of mechanical material structure | Deep learning network | √ | | — | Yes | Accuracy = 90.8% | [16] | Vehicle types detection | G-YOLOX | | √ | Manually annotated | — | Precise = 95.0% | [17] | Damage detection of grotto murals | Ghost-C3SE YOLOv5 | | √ | Manually annotated | Yes | Precise = 56.74% | This paper | Component recognition | PDLN | √ | | None | Yes | 95.11% |
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