Table 11.
Exclusion method | Number of training subjects excluded | |||||
---|---|---|---|---|---|---|
(base model) | 0 | 50 | 100 | 150 | 200 | 250 |
Random (-) | 60.00 ±5.00 | 55.00 ±3.98 | 57.50 ±4.06 | 55.71 ±2.37 | 52.14 ±5.35 | 51.07 ±4.80 |
LOO (LR) | 60.00 ±5.00 | 58.93 ±3.29 | 61.79 ±4.53 | 63.21 ±3.93 | 58.21 ±3.93 | 59.64 ±4.80 |
LOO (RF) | 60.00 ±5.00 | 59.64 ±5.99 | 61.43 ±5.71 | 61.79 ±2.79 | 61.07 ±4.64 | 56.07 ±4.53 |
Data Shapley (LR) | 60.00 ±5.00 | 61.07 ±3.73 | 61.43 ±3.85 | 62.14 ±3.98 | 63.21 ±5.31 | 61.07 ±1.92 |
Data Shapley (RF) | 60.00 ±5.00 | 64.64 ±5.64 | 62.86 ±2.86 | 62.86 ±1.75 | 61.79 ±2.29 | 58.57 ±2.37 |
Different methods were used to identify and focus on the training subjects with the most informative data. Ten repetitions with different seeds were performed for every exclusion data set. The best results are highlighted in bold