Invited Lectures | |
Tailoring Representations to Different Requirements | p. 1 |
Theoretical Views of Boosting and Applications | p. 13 |
Extended Stochastic Complexity and Minimax Relative Loss Analysis | p. 26 |
Regular Contributions | |
Neural Networks | |
Algebraic Analysis for Singular Statistical Estimation | p. 39 |
Generalization Error of Linear Neural Networks in Unidentifiable Cases | p. 51 |
The Computational Limits to the Cognitive Power of the Neuroidal Tabula Rasa | p. 63 |
Learning Dimension | |
The Consistency Dimension and Distribution-Dependent Learning from Queries | p. 77 |
The VC-Dimension of Subclasses of Pattern Languages | p. 93 |
On the V¿ Dimension for Regression in Reproducing Kernel Hilbert Spaces | p. 106 |
Inductive Inference | |
On the Strength of Incremental Learning | p. 118 |
Learning from Random Text | p. 132 |
Inductive Learning with Corroboration | p. 145 |
Inductive Logic Programming | |
Flattening and Implication | p. 157 |
Induction of Logic Programs Based on ¿-Terms | p. 169 |
Complexity in the Case Against Accuracy: When Building One Function-Free Horn Clause Is as Hard as Any | p. 182 |
A Method of Similarity-Driven Knowledge Revision for Type Specifications | p. 194 |
PAC Learning | |
PAC Learning with Nasty Noise | p. 206 |
Positive and Unlabeled Examples Help Learning | p. 219 |
Learning Real Polynomials with a Turing Machine | p. 231 |
Mathematical Tools for Learning | |
Faster Near-Optimal Reinforcement Learning: Adding Adaptiveness to the E3 Algorithm | p. 241 |
A Note on Support Vector Machine Degeneracy | p. 252 |
Learning Recursive Functions | |
Learnability of Enumerable Classes of Recursive Functions from "Typical" Examples | p. 264 |
On the Uniform Learnability of Approximations to Non-recursive Functions | p. 276 |
Query Learning | |
Learning Minimal Covers of Functional Dependencies with Queries | p. 291 |
Boolean Formulas Are Hard to Learn for Most Gate Bases | p. 301 |
Finding Relevant Variables in PAC Model with Membership Queries | p. 313 |
On-Line Learning | |
General Linear Relations among Different Types of Predictive Complexity | p. 323 |
Predicting Nearly as Well as the Best Pruning of a Planar Decision Graph | p. 335 |
On Learning Unions of Pattern Languages and Tree Patterns | p. 347 |
Author Index | p. 365 |
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