UPDF AI

On the Complexity of Linear Prediction: Risk Bounds, Margin Bounds, and Regularization

S. Kakade,Karthik Sridharan,Ambuj Tewari

2008 · DBLP: conf/nips/KakadeST08
Neural Information Processing Systems · 408 Citations

TLDR

This work characterizes the generalization ability of algorithms whose predictions are linear in the input vector and provides sharp bounds for Rademacher and Gaussian complexities of (constrained) linear classes, which directly lead to a number of generalization bounds.