Table 4 Double-Head R-CNN performance on the DeepPCB dataset.

From: Attentive context and semantic enhancement mechanism for printed circuit board defect detection with two-stage and multi-stage object detectors

Method

Input

mAP

\(AP_{s}\)

\(AP_{m}\)

mAR

\(AR_{s}\)

\(AR_{m}\)

Double-Head R-CNN w/ Resnet50 (baseline3a)

\(640 \times 640\)

74.7

75.1

74.8

79.2

79.4

79.1

Double-Head R-CNN w/ Resnet50 (baseline3b)

\(800 \times 800\)

76.7

77.0

76.7

81.2

81.2

81.0

Double-Head R-CNN w/ Resnet101 (baseline4a)

\(640 \times 640\)

74.5

74.7

74.7

79.2

79.0

79.3

Double-Head R-CNN w/ Resnet101 (baseline4b)

\(800 \times 800\)

76.1

75.9

76.2

80.9

81.2

80.9

Double-Head R-CNN w/Resnet50+ACASEM

\(640 \times 640\)

76.7

76.7

76.9

81.2

81.6

81.6

Double-Head R-CNN w/Resnet50+ACASEM

\(800 \times 800\)

78.5

78.9

78.5

82.8

83.3

82.6

Double-Head R-CNN w/Resnet101+ACASEM

\(640 \times 640\)

76.4

76.4

76.6

81.0

81.3

80.8

Double-Head R-CNN w/Resnet101+ACASEM

\(800 \times 800\)

78.0

77.9

78.2

82.5

82.7

82.3

  1. Significant values are in bold.