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. 2020 Oct 30;3:143. doi: 10.1038/s41746-020-00350-y

Table 2.

Performance of previously established AI diagnostic systems in images of varying quality.

Zhongshan ophthalmic centre dataset Xudong ophthalmic hospital dataset
GON RED LDRB GON RED
Sensitivity (95% CI) Specificity (95% CI) Sensitivity (95% CI) Specificity (95% CI) Sensitivity (95% CI) Specificity (95% CI) Sensitivity (95% CI) Specificity (95% CI) Sensitivity (95% CI) Specificity (95% CI)
Good and poor quality (without DLIFS) 88.6% (85.1–92.1) 95.7% (94.6–96.8) 89.1% (85.5–92.7) 94.0% (92.7–95.3) 86.6% (81.9–91.3) 94.6% (93.8–95.4) 90.3% (87.3–93.3) 97.9% (97.3–98.5) 85.1% (80.8–89.4) 97.3% (96.7–97.9)
Good quality only (with DLIFS) 98.1% (96.4–98.8) 96.6% (95.5–97.7) 94.9% (92.1–97.7) 95.1% (93.8–96.4) 96.2% (93.2–99.2) 97.6% (97.0–98.2) 98.0% (96.4–99.6) 98.5% (98.0–99.0) 95.8% (92.9–98.7) 98.0% (97.4–98.6)
Poor quality only 52.2% (40.2–64.2) 90.3% (85.9–94.7) 67.2% (55.4–79.0) 87.9% (83.1–92.7) 53.3% (38.7–67.9) 67.3% (61.7–72.9) 58.1% (46.9–69.3) 92.6% (89.3–95.9) 59.0% (48.1–69.9) 90.0% (86.2–93.8)

AI artificial intelligence, DLIFS deep learning-based image filtering system, GON glaucomatous optic neuropathy, RED retinal exudation/drusen, LDRB lattice degeneration/retinal breaks.