Semi-Supervised Support Vector Machines
Bennett, Kristin P., Demiriz, Ayhan
–Neural Information Processing Systems
We introduce a semi-supervised support vector machine (S3yM) method. Given a training set of labeled data and a working set of unlabeled data, S3YM constructs a support vector machine using both the training and working sets. We use S3 YM to solve the transduction problem using overall risk minimization (ORM) posed by Yapnik. The transduction problem is to estimate the value of a classification function at the given points in the working set. This contrasts with the standard inductive learning problem of estimating the classification function at all possible values and then using the fixed function to deduce the classes of the working set data.
Neural Information Processing Systems
Dec-31-1999
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- North America > United States > California > Orange County > Irvine (0.14)
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- Research Report
- Experimental Study (0.69)
- New Finding (1.00)
- Research Report
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- Education (0.34)
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