PAC-Bayes-Empirical-Bernstein Inequality
–Neural Information Processing Systems
We present a PAC-Bayes-Empirical-Bernstein inequality. The inequality is based on a combination of the PAC-Bayesian bounding technique with an Empirical Bernstein bound. We show that when the empirical variance is significantly smaller than the empirical loss the PAC-Bayes-Empirical-Bernstein inequality is significantly tighter than the PAC-Bayes-kl inequality of Seeger (2002) and otherwise it is comparable. Our theoretical analysis is confirmed empirically on a synthetic example and several UCI datasets. The PAC-Bayes-Empirical-Bernstein inequality is an interesting example of an application of the PAC-Bayesian bounding technique to self-bounding functions.
Neural Information Processing Systems
Mar-13-2024, 19:23:08 GMT
- Country:
- South America > Paraguay
- Oceania > Australia
- Queensland (0.04)
- Europe > United Kingdom
- England > Cambridgeshire > Cambridge (0.04)
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- Research Report (0.48)
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