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ECG signal reconstruction from undersampled measurement using a trained overcomplete dictionary
Journal article   Peer reviewed

ECG signal reconstruction from undersampled measurement using a trained overcomplete dictionary

Seung Jae Lee, Jun Luan and Pai H. Chou
Contemporary Engineering Sciences, Vol.7(29-32), pp.1625-1632
2014

Abstract

Compressive sensing ECG signal reconstruction K-SVD Materials Science (all),Social Sciences (miscellaneous),Engineering (all),Fluid Flow and Transfer Processes,Computer Networks and Communications,Health Toxicology and Mutagenesis
We propose a new approach to reconstructing ECG signal from undersampled data based on constructing a combined overcomplete dictionary. The dictionary is obtained by combining the trained dictionary by K-SVD dictionary learning algorithm with universal types of dictionary such as DCT or wavelet basis. Using the trained overcomplete dictionary, the proposed method can find sparse approximation by compressive sensing. Experimental results on MIT-BIH arrhythmia database confirm that our proposed algorithm has high reconstruction performance while maintaining low distortion.

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