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We formulate an unsupervised framework for multi-task sparse feature learning based on a novel dictionary learning algorithm. To solve the unsupervised learning problem, we propose a two-stage Multi-Source Multi-Target Dictionary Learning (MMDL) algorithm. In stage 1, we propose a multi-source dictionary learning method to utilize the common and…

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Multi-Task Dictionary Learning

We formulate an unsupervised framework for multi-task sparse feature learning based on a novel dictionary learning algorithm. To solve the unsupervised learning problem, we propose a two-stage Multi-Source Multi-Target Dictionary Learning (MMDL) algorithm. In stage 1, we propose a multi-source dictionary learning method to utilize the common and individual sparse features in different time slots. In stage 2, supported by a rigorous theoretical analysis, we develop a multi-task learning method to solve the missing label problem.

Please refer to the file Readme_MMDL_1.0.txt to use the MMDL package.

This work has already been published at IPMI 2017 https://link.springer.com/chapter/10.1007/978-3-319-59050-9_15. If you find the MMDL package useful, please cite our work as follows:

Jie Zhang*, Qingyang Li* (co-first author), Richard J. Caselli, Jieping Ye, Yalin Wang. "Multi-Source Multi-Target Dictionary Learning for Prediction of Cognitive Decline", The 24th biennial international conference on Information Processing in Medical Imaging (IPMI), 2017.

Multi-Task Dictionary Learning

version 1.0

Authors: Qingyang Li liqingyanghappy@gmail.com Jie Zhang Jiezhang.Joena@asu.edu

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We formulate an unsupervised framework for multi-task sparse feature learning based on a novel dictionary learning algorithm. To solve the unsupervised learning problem, we propose a two-stage Multi-Source Multi-Target Dictionary Learning (MMDL) algorithm. In stage 1, we propose a multi-source dictionary learning method to utilize the common and…

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