Research
synopsis: My principal research interests lie
in the development of machine learning and statistical methodology;
especially for building quantitative models and predictive
understandings of the evolutionary mechanism, regulatory circuitry, and
developmental processes of biological systems, and for problems
involving automated learning, reasoning, and decision-making in open,
evolving possible worlds.
Currently the following major themes are
studied in my group: 1) graphical models, Bayesian approaches,
inference algorithms, and learning theories for analyzing and mining
high-dimensional, longitudinal, and relational data; 2) computational
and comparative genomic analysis of biological sequences, systems
biology investigation of gene regulation, and statistical analysis of
genetic variation, demography and linkage (to diseases); and 3)
application of statistical learning in text/image mining, vision, and
machine translation.
Recent Adtivities:
I am teaching Machine Learning
(10701) this semester.
I organized the 6th Annual Carnegie
Mellon Computational Biology
Symposium this year.
I gave a lecture
series on graphical models in the Inst.
of
Theoretical Computer Sci., Tsinghua University. Here are the slides
of the lectures.
I gave a keynote talk on "Graphical models and algorithms
for integrative bioinformatics at the 6th annual Graybill
Conference.
I co-organized ICML
2007
Workshop on Learning in Structured Output Spaces.
I co-organized NIPS
2007
Workshop on Statistical Models of Networks.
I gave a keynote talk on
"Probabilistic graphical models --- theory, algorithm, and application"
at ICMLA'07.
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