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Research Article

An improved Tiny YOLOv3 for real-time object detection

, , &
Pages 314-321 | Received 31 Jul 2020, Accepted 06 Mar 2021, Published online: 23 Mar 2021

Figures & data

Figure 1. The feature fusion of the 26 feature map.

Figure 1. The feature fusion of the 26 feature map.

Figure 2. The maxpooling and concatenation of the two scale.

Figure 2. The maxpooling and concatenation of the two scale.

Figure 3. The specific implementation of the maxpooling and concatenation.

Figure 3. The specific implementation of the maxpooling and concatenation.

Figure 4. The output feature map of the 13 × 13 feature scale.

Figure 4. The output feature map of the 13 × 13 feature scale.

Figure 5. The network structure of the improved Tiny YOLOv3.

Figure 5. The network structure of the improved Tiny YOLOv3.

Table 1. Different network model size.

Figure 6. The CIoU loss function for bounding box regression.

Figure 6. The CIoU loss function for bounding box regression.

Table 2. Detection speed of different algorithms.

Figure 7. The setscrew AP of Tiny YOLOv3.

Figure 7. The setscrew AP of Tiny YOLOv3.

Figure 8. The nut AP of Tiny YOLOv3.

Figure 8. The nut AP of Tiny YOLOv3.

Figure 9. The setscrew AP of improved Tiny YOLOv3.

Figure 9. The setscrew AP of improved Tiny YOLOv3.

Figure 10. The nut AP of improved Tiny YOLOv3.

Figure 10. The nut AP of improved Tiny YOLOv3.

Table 3. The average precision of the different classification.

Figure 11. The mAP of Tiny YOLOv3.

Figure 11. The mAP of Tiny YOLOv3.

Figure 12. The mAP of improved Tiny YOLOv3.

Figure 12. The mAP of improved Tiny YOLOv3.

Figure 13. The comparison diagram of experimental results.

Figure 13. The comparison diagram of experimental results.