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Welcome to the BIG-S2 Group

home We have diverse interest in developing novel statistical methods for challenging issues in real applications and solving their underlying methodological issues in statistics. Our past and present statistical projects include diagnostic measures, stochastic approximation algorithm, functional data analysis,deep learning methods, structural equation models, mixed effect models, spline regression, reinforcement learning, missing data problems, causal inference, variable selections, empirical likelihood, mixture models and regression tree.

We have developed methods and software for the analysis of the data from a state-of-the art magnetic resonance imaging (MRI) technique including MRI, functional MRI, and diffusion tensor image. We have developed and enhanced tools in data mining, deep learning, reinforcement learning, machine learning, Monte Carlo method, causal inference, and statistical modeling, and applied them to scientific problems to understand the function and structure of different organs (e.g., brain or heart). Our collaborators and we work closely to study healthy subjects and diseased patients.

We have been working on integrating the genomic, epigenetic, proteomic, and metabolic information to try to understand the biological mechanisms behind various phenotypes. We work closely with biologists, clinicians, oncologists to study the genetic driver events for disease diagnosis, prognosis, and tumor evolutions.

genetic

Biomedical Research Imaging Center