Validation in Statistics and Machine Learning
6-7 October 2010
Titles and Abstracts
Christoph Bernau
Correction for Tuning Bias in Resampling Based Error Rate Estimation
abstract
Anne-Laure Boulesteix
Over-optimism in statistical bioinformatics: an illustration
abstract
Mikio L. Braun
Machine Learning Open Source Software and Benchmark Repository
abstract
Thorsten Dickhaus
How normal can the t-statistic possibly be?
abstract
Manuel Eugster
Sequential Benchmarking
abstract
Francois Fleuret
The MASH platform - Collaborative design of large-scale learning architectures
abstract
Thomas A. Gerds
Confidence scores for prediction models
abstract
Jelle Goeman
Fast approximate leave-one-out cross-validation for large sample sizes
abstract
Ulrike Grömping
Variable Importance in Linear Models and Random Forests
abstract
Torsten Hothorn
Reproducible Statistical Analyses Today
abstract
Niels Keiding
Reproducible research and the substantive context
abstract
Jean-Charles Lamirel
Use of distance-based indexes might well lead to misinterpretation of clustering quality results
abstract
Neil Lawrence
Validation in Statistics and Machine Learning
abstract
Ulrich Mansmann
Biological aspects for the validation of estimated gene interaction networks from microarray data
abstract
Andreas Mayr
The correct validation of prediction intervals
abstract
Renee Menezes
Filtering, FDR and bias in high-dimensional data analysis
abstract
Hans-Joachim Mucha
Validation in cluster analysis
abstract
Tsuyoshi Okita
Statistical Significance Test in Machine Translation
abstract
Julia Schiffner
Bias-Variance Analysis of Local Classification Methods
abstract
François Schnitzler
Discussing the validation of high-dimensional probability distribution learning with mixtures of graphical models for inference
abstract
Carolin Strobl
What we can learn from trees and forests
abstract
Caroline Truntzer
Comparative optimism in models involving both classical clinical and gene expression information
abstract
Richardus Vonk
The Many Faces of Validation
abstract
Verena Zuber
High-dimensional feature selection by decorrelation
abstract