Domijan, Katarina and Wilson, Simon P.
Bayesian Kernel Projections for Classication of High
Statistics and Computing, 21 (2).
A Bayesian multi-category kernel classication method is proposed. The hierarchical model is treated with a Bayesian inference procedure and the Gibbs sampler
is implemented to find the posterior distributions of the parameters. The practical
advantage of the full probabilistic model-based approach is that probability distributions of prediction can be obtained for new data points, which gives a more
complete picture of classication. Large computational savings and improved classication performance can be achieved by a projection of the data to a subset of
the principal axes of the feature space. The algorithm is aimed at high dimensional
data sets where the dimension of measurements exceeds the number of observations. The applications considered in this paper are microarray, image processing
and near-infrared spectroscopy data.
||Preprint version of published article. The original publication is available at www.springerlink.com
||Bayesian; Kernel Projections; Classication; High
||Science & Engineering > Mathematics & Statistics
||15 Sep 2011 08:17
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||Statistics and Computing
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