Research not for publishing papers, but for fun, for satisfying curiosity, and for revealing the truth.

This blog reports latest progresses in
(1) Signal Processing/Machine Learning in Neuroimaging (EEG,MEG,fMRI,etc)
(2) Sparse Signal Recovery/Compressed Sensing of Signals with Spatiotemporal Structure
(3) Blind Source Separation/Independent Component Analysis
(4) My Work on Sparse Bayesian Learning and Neuroimaging

As a researcher in signal processing, my goal is to develop best algorithms that provide better analysis of neuroimaging data. As an explorer in cognitive and computational neuroscience, my goal is to reveal the brain's information processing mechanisms.

Thursday, March 1, 2012

A paper has been accepted by CVPR 2012

We have a new paper just accepted by CVPR 2012:

Sparse Bayesian Multi-Task Learning for Predicting Cognitive Outcomes from Neuroimaging Measures in Alzheimer's Disease.

This study proposed a sparse Bayesian multi-task learning algorithm to improve the prediction accuracy on the cognitive outcomes from neuroimaging measures in Alzheimer's disease. A variant of T-MSBL was proposed, and its connection to existing algorithms in this field was established, showing the advantages of the T-MSBL family. We achieved the highest prediction accuracy, compared to the latest results published in top journals in 2011.

I will introduce the paper in details in my next post. The camera-ready can be downloaded from here, and the code will be posted soon.

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