## Report: Predicting Learning Curves without the Ground Truth Hypothesis

*Abstract*: Upper bounds for the deviation between test error and training error of a
learning machine are derived in the case where no probability distribution
that generates the examples is assumed to exist. The bounds are
data-dependent and algorithm dependent. The result justifies the concept of
data-dependent and algorithm dependent VC-dimension.

Léon Bottou, Yann Le Cun and Vladimir Vapnik:

*Report: Predicting Learning Curves without the Ground Truth Hypothesis*, May 1999.nogroundtruth-1999.djvu nogroundtruth-1999.pdf nogroundtruth-1999.ps.gz

@misc{bottou-lecun-vapnik-1999, author = {Bottou, L\'{e}on and {Le Cun}, Yann and Vapnik, Vladimir}, title = {Report: Predicting Learning Curves without the Ground Truth Hypothesis}, year = {1999}, month = {May}, note = {Available on http://leon.bottou.org/papers"}, url = {http://leon.bottou.org/papers/bottou-lecun-vapnik-1999}, }

### Notes

This is a slightly modernized rewrite of (Bottou et al., 1994) with a stronger focus on the lack of independence assumptions, but these bounds were already present in the 1994 paper. Please refer to the notes associated with this earlier text.