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Article
A New Data Selection Principle for Semi-Supervised Incremental Learning
Computer Science Department
  • Rong Zhang, Carnegie Mellon University
  • Alexander I Rudnicky, Carnegie Mellon University
Date of Original Version
1-1-2006
Type
Conference Proceeding
Abstract or Description

Current semi-supervised incremental learning approaches select unlabeled examples with predicted high confidence for model re-training. We show that for many applications this data selection strategy is not correct. This is because the confidence score is primarily a metric to measure the classification correctness on a particular example, rather than one to measure the example’s contribution to the training of an improved model, especially in the case that the information used in the confidence annotator is correlated with that generated by the classifier. To address this problem, we propose a performance-driven principle for unlabeled data selection in which only the unlabeled examples that help to improve classification accuracy are selected for semisupervised learning. Encouraging results are presented for a variety of public benchmark datasets.

Citation Information
Rong Zhang and Alexander I Rudnicky. "A New Data Selection Principle for Semi-Supervised Incremental Learning" (2006)
Available at: http://works.bepress.com/alexander_rudnicky/58/