Key result
An efficient matching pursuit-like algorithm demonstrated excellent performance in removing cardiopulmonary resuscitation artifacts from human ECGs while maintaining practical real-time feasibility.
Population
Human electrocardiogram data containing artifacts due to precordial compressions and ventilations in an…
Comparison
Efficient matching pursuit-like algorithm for… vs Multichannel Wiener filter
Design
Other
Authors
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May enable uninterrupted CPR with concurrent rhythm analysis; leaves open prospective outcome trials before adoption.
A novel matching pursuit-like algorithm efficiently removes CPR artifacts from ECGs, potentially enabling simultaneous rhythm analysis and chest compressions during cardiac arrest resuscitation.
Husøy et al. (2002) studied Cardiac arrest. Matching pursuit-like algorithm for CPR artifact removal vs. Multichannel Wiener filter was evaluated on Artifact removal performance and computational complexity. An efficient matching pursuit-like algorithm demonstrated excellent performance in removing cardiopulmonary resuscitation artifacts from human ECGs while maintaining practical real-time feasibility.
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