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A spline Laplacian ECG estimator in a realistic geometry volume conductor
Bin He
, Guanglin Li
, Jie Lian
Biomedical Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
18
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Scopus citations
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Dive into the research topics of 'A spline Laplacian ECG estimator in a realistic geometry volume conductor'. Together they form a unique fingerprint.
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Keyphrases
Volume Conductor
100%
Realistic Geometry
100%
Splines
100%
Laplacian
100%
Electrocardiogram
100%
Body Surface Potentials
28%
Inverse Problem
14%
Parameter Estimation
14%
Noise Measurement
14%
Surface Laplacian
14%
Heart-torso Model
14%
Five-point
14%
Generalized Inverse
14%
Transfer Matrix
14%
Spherical Volume
14%
Discrepancy Principle
14%
Shaped Surfaces
14%
Electrical Source
14%
Volume Test
14%
Better Performance
14%
Developed Algorithm
14%
Earth and Planetary Sciences
Inverse Problem
100%
Torso
100%
Noise Measurement
100%
Mathematics
Spline
100%
Laplace Operator
100%
Regularization
25%
Transfer Matrix
12%
Spherical Volume
12%
Computer Simulation
12%
Medicine and Dentistry
Electrocardiogram
100%
Body Surface Potential
50%
Cardiac Mapping
25%
Noise Measurement
25%
Electrocardiography
25%
Torso
25%
Physics
Electrocardiography
100%
Computerized Simulation
33%
Noise Measurement
33%
Chemistry
Surface Potential
100%
Computer Simulation
50%