Issue | #Downvotes for this reason | By |
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weka.BFTree(3) | Haijian Shi (2007). Best-first decision tree learning. Hamilton, NZ. Jerome Friedman, Trevor Hastie, Robert Tibshirani (2000). Additive logistic regression : A statistical view of boosting. Annals of statistics. 28(2):337-407. |
weka.BFTree(3)_P | POSTPRUNED |
weka.BFTree(3)_M | 2 |
weka.BFTree(3)_N | 5 |
weka.BFTree(3)_C | true |
weka.BFTree(3)_S | 1 |
0.9809 Per class Cross-validation details (33% Holdout set)
|
0.9525 Per class Cross-validation details (33% Holdout set)
|
0.9448 Cross-validation details (33% Holdout set)
|
721.6896 Cross-validation details (33% Holdout set)
|
0.016 Cross-validation details (33% Holdout set)
|
0.2449 Cross-validation details (33% Holdout set)
|
762 Per class Cross-validation details (33% Holdout set) |
[Oracle Corporation, 1.7.0_75, amd64, Linux, 3.16.0-29-generic] |
0.9528 Per class Cross-validation details (33% Holdout set)
|
0.9528 Cross-validation details (33% Holdout set)
|
2.8074 Cross-validation details (33% Holdout set)
|
0.9528 Per class Cross-validation details (33% Holdout set)
|
0.0652 Cross-validation details (33% Holdout set)
|
0.3499 Cross-validation details (33% Holdout set)
|
0.1099 Cross-validation details (33% Holdout set)
|
0.3142 Cross-validation details (33% Holdout set)
|
1342.4239 |
360 Cross-validation details (33% Holdout set)
|
360 Cross-validation details (33% Holdout set)
|