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. 2022 Nov 30;10:1079389. doi: 10.3389/fpubh.2022.1079389

Table 3.

Model experimental results with 95% confidence intervals.

Methods R 2 EVS MAE
Prediction results of palpebral conjunctiva images artificially selected by feature engineering method
Decision tree 0.262 (0.242, 0.283) 0.267 (0.247, 0.287) 2.054 (2.028, 2.080)
Linear regression 0.300 (0.288, 0.312) 0.304 (0.292, 0.315) 1.995 (1.979, 2.010)
SVM 0.267 (0.248, 0.286) 0.270 (0.252, 0.289) 2.042 (2.019,2.064)
K-nearest neighbor regression 0.249 (0.230, 0.268) 0.251 (0.233, 0.27) 2.057 (2.036,2.078)
Random forest regression 0.285 (0.270, 0.299) 0.287 (0.273, 0.302) 2.028 (2.010, 2.047)
Boosting tree regression 0.296 (0.283, 0.308) 0.298 (0.287, 0.31) 2.012 (1.995,2.029)
Prediction results of original eye images base on feature engineering
Decision tree −0.013 (−0.032, 0.006) −0.001 (−0.021, 0.018) 2.425 (2.404,2.447)
Linear regression −0.077 (−0.113, −0.041) −0.064 (−0.101, 0.027) 2.462 (2.427,2.496)
SVM −0.052 (−0.081, −0.024) −0.039 (−0.068, −0.01) 2.428 (2.401,2.455)
K-nearest neighbor regression −0.021 (−0.040, −0.001) −0.006 (−0.026, 0.014) 2.401 (2.382, 2.420)
Random forest regression −0.019 (−0.041, 0.003) −0.004 (−0.027, 0.019) 2.421 (2.397,2.444)
Boosting tree regression −0.053 (−0.083, −0.024) −0.037 (−0.067, 0.007) 2.442 (2.410, 2.473)
Prediction results of deep CNNs based on a priori causal knowledge
BCNN 0.447 (0.446, 0.447) 0.452 (0.451, 0.453) 1.812 (1.812, 1.813)
mobilev2 0.447 (0.445,0.450) 0.462 (0.459, 0.466) 1.822 (1.819, 1.826)
Shufflenetv2 0.321 (0.319,0.323) 0.357 (0.352, 0.364) 1.983 (1.976, 1.991)
Squeezenet 0.498 (0.495,0.502) 0.511 (0.508, 0.514) 1.688 (1.685, 1.693)
Resnet_cbam 0.463 (0.461,0.466) 0.463 (0.461,0.466) 1.719 (1.714, 1.725)
mobilenetv3+SE 0.512 (0.499,0.517) 0.535(0.515, 0.542) 1.521 (1.481, 1.574)