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Table 3 Results of AI/human in diagnosis of polyps

From: Performance and comparison of artificial intelligence and human experts in the detection and classification of colonic polyps

Author

Years

Model type

AI or human

TP

FP

FN

TN

Halligan [24]

2006

CAD

AI

330

55

270

415

Petrick [38]

2008

CAD system

AI

51

44

33

112

Tischendorf [39]

2010

Linear classifier、k-NN、SVM

AI

305

42

15

56

Ignjatovic [7]

2011

NA

AI

274

49

41

266

Gross [17]

2011

SVM

AI

358

28

20

283

Mang [40]

2012

CTC CAD system

AI

580

44

44

212

Mesejo [23]

2016

RF、RS、SVM

AI

52

5

3

16

Mori [41]

2018

SVM

AI

2146

142

164

1272

Renner [42]

2018

CNN

AI

110

42

7

97

Chen [21]

2018

DNN-CAD

AI

181

21

7

75

Shin [43]

2018

SVM

AI

188

8

7

163

Byrne [11]

2019

CNN

AI

65

7

1

33

Cristina [44]

2019

SVM

AI

174

15

18

118

Zachariah [35]

2020

CNN

AI

6443

434

294

3971

Shahidi [45]

2020

CNN

AI

409

168

49

18

Qadir [14]

2020

Faster R-CNN

AI

8171

1166

1854

1347

Halligan [24]

2006

CAD

Expert

239

27

361

443

Petrick [38]

2008

CAD system

Expert

38

23

46

133

Tischendorf [39]

2010

Linear classifier、k-NN、SVM

Expert

305

21

15

77

Ignjatovic [7]

2011

NA

Expert

172

82

38

128

Ignjatovic [7]

2011

NA

Novice

70

44

35

61

Gross [17]

2011

SVM

Expert

699

46

57

576

Gross [17]

2011

SVM

Novice

632

69

124

553

Mesejo [23]

2016

RF、RS、SVM

Expert

46.2

6.7

8.7

14.2

Mesejo [23]

2016

RF、RS、SVM

Novice

49.3

10

5.7

11

Renner [42]

2018

CNN

Expert

188

46

36

216

Chen [21]

2018

DNN-CAD

Expert

367

55

9

137

Chen [21]

2018

DNN-CAD

Novice

671

95

81

289

Cristina [44]

2019

SVM

Expert

187

5

5

128

  1. TP, true positive; FP, false positive; FN, false negative; TN, true negative; CAD, computer-aided diagnosis; K-NN, k-nearest neighbor; RF, random forests; RS, random subspaces; SVM, support vector machine; CNN, convolutional neural network; DNN-CAD, computer-aided diagnosis with a deep neural network