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Research map / Learning theory and algorithms / Prediction and decision losses

Multiclass Capped ℓp-Norm SVM for Robust Classifications

AAAI 2017 · Learning theory and algorithms › Prediction and decision losses · approach: Ranking-based loss optimization · 69 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
replace hinge loss with capped lp-norm hinge loss (CappedSVM vs SVM)multiclass linear SVM · ALLAMLaccuracy (%): 97.13 -> 97.14No clear effect
replace hinge loss with capped lp-norm hinge loss (CappedSVM vs SVM)multiclass linear SVM · LUNGaccuracy (%): 96.47 -> 98.03Helped
replace hinge loss with capped lp-norm hinge loss (CappedSVM vs SVM)multiclass linear SVM · Carcinomasaccuracy (%): 90.96 -> 96.66Helped
replace hinge loss with capped lp-norm hinge loss (CappedSVM vs SVM)multiclass linear SVM · Prostate-GEaccuracy (%): 91.27 -> 93.18Helped
replace hinge loss with capped lp-norm hinge loss (CappedSVM vs SVM)multiclass linear SVM · Wineaccuracy (%): 98.33 -> 99.44Helped
replace hinge loss with capped lp-norm hinge loss (CappedSVM vs SVM)multiclass linear SVM · JAFFEaccuracy (%): 99.59 -> 100.00No clear effect
use CappedSVM instead of SVM/LSSVM when tuning the regularization parameterCappedSVM · six benchmark datasetsaccuracy vs parameterHelped

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