Working groups in the Statistics Department
- Empirical Processes Working Group
Contact: Jon Wellner - Model Based Clustering and Bayesian Model Averaging Working
Group
Contact: Adrian Raftery - Social Network Modeling Working Group
Contacts: Martina Morris and Mark Handcock - Unsupervised Learning Working Group
Contact: Werner Stuetzle
Working groups of statistical interest in other departments
- Graphical/Kernel Reading Group
Contact: Jeff Bilmes, Computer Science Department
Working groups in the Statistics Department
Empirical Processes working group:
Studies empirical process methods (inequalities, limit theorems, preservation
theorems) and application of these to problems in statistical theory, including
semiparametric models and machine learning.
Contacts: Jon A. Wellner
Model Based Clustering and Bayesian Model Section Working Group:
This working group meets weekly on Fridays at 9am in Padelford
C-301. The main topics are:
- model-based clustering and mixture models, with applications, including gene expression data and medical imaging;
- Bayesian model selection via Bayes factors, and Bayesian model averaging; and
- inference for deterministic simulation models, including numerical weather prediction, human population projections, and urban planning.
Contact: Adrian E. Raftery
Social Network Modeling Working Group:
The purpose of this working group is to developing statistical theory
to guide inference for statistical modeling of network. The focus is
on the structure of the models, and the design and analysis of surveys
to collect network data. The latter is based on issues of inference in
the presence of missing data.
We also focus on the design of statistical sampling from networks. Network sampling involves two units: nodes and links. While this can be thought of as a multi-level sampling design, the two levels are not nested in the traditional manner. We make systematic use of current network data to examine the information loss under alternative sampling strategies, and to develop the statistical theory for network sampling. In particular, we are develop the statistical theory and methods for network estimation based on partial network sampling designs.
This is a large collaborative project with many participants within UW and worldwide. The work is funded by the multiple grants from the NIH and NSF. We welcome new members.
Contacts: Martina Morris and Mark S. Handcock
Unsupervised Learning Working Group:
Contacts: Werner Stuetzle
Working groups of statistical interest in other departments
Graphical/Kernel Reading Group (GRG):
A weekly informal meeting of discussions of papers regarding graphical
models and kernel methods, and their relatedness to statistics, machine
learning, speech, langauge, and other time-series processing. We review
papers from the machine learning (such as uncertainty in Artificial
Intelligence, UAI, and Neural information processing systems, NIPS) and
other relevant sources. Each quarter, we cover papers on a variety of
topics ranging from graph theory, convexity theory, approximate inference,
kernel machines, combinatorial optimization, and recent papers from this
year's UAI/NIPS/ICML.
Contacts: Jeff Bilmes