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. Author manuscript; available in PMC: 2013 Jul 2.
Published in final edited form as: Neuroimage. 2012 Mar 29;61(3):622–632. doi: 10.1016/j.neuroimage.2012.03.059

Table 3.

AD/MCI classification comparison of the ensemble methods (Voting, Uniform and Learned) and the other methods (Best and Average) in terms of accuracy, sensitivity and specificity when the training percentage varies from 1/2 to 3/4. In this experiment, a multi-source data including MRI, PET, Proteomics and CSF with 569 subjects in total.

Accuracy Training Size Voting Uniform Learned Best Average
50.0% 0.8183 0.8177 0.8291 0.8278 0.8095
66.7% 0.8288 0.8269 0.8337 0.8335 0.8182
75.0% 0.8419 0.8298 0.8401 0.8401 0.8231
Sensitivity Training Size Voting Uniform Learned Best Average
50.0% 0.5877 0.1965 0.2857 0.4339 0.2365
66.7% 0.5926 0.2251 0.3017 0.4424 0.2598
75.0% 0.5954 0.2218 0.315 0.4514 0.2631
Specificity Training Size Voting Uniform Learned Best Average
50.0% 0.884 0.9916 0.9818 0.9924 0.9701
66.7% 0.8953 0.9926 0.9804 0.9923 0.9722
75.0% 0.9088 0.994 0.9818 0.9946 0.9743
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