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. 2021 Sep 1;8(3):418–425. doi: 10.3390/dermatopathology8030044

Table 1.

Other studies present in the literature besides those analyzed in the Discussion section of this work.

Authors Years Type of AI Results Strengths Limits
Potter et al. [16] 1987 Interactive computer
program
Concordance, 91.8%
Disagreement, 4.8%
Concordance and possibility of integration with patient clinical data Disagreement and little memory space
Crowlet R. et al. [17] 2003 Traditional
intelligent
tutoring system
Possibility of learning rather easily Positive feedback Clear prototypical schemes are indispensable
Joset Feit et al. [18] 2005 Hypertext atlas of dermatopathology A collection of about 3200 dermatopathological images Continuous updating /
Payne et al. [19] 2009 Intelligent
tutoring system
Tutoring made it possible to implement the training of learners Ability to learn from mistakes Greater difficulties in tutoring related to superficial
perivascular dermatitis
Olsen et al. [20] 2018 Deep learning algorithms The artificial intelligence system accurately classified 123/124 (99.45%) BCCs (nodular), 113/114 (99.4%) dermal nevi and 123/123 (100%) seborrheic keratoses Concordance Difficulty in presenting artifacts, poor coloring