Inverse Problem in Geometrical Modeling of the Sources of Medical Signals

International Conference on Shape Modeling and Applications p. 179
Inverse Problem in Geometrical Modeling of the Sources of Medical Signals
B. Lvov, Yarmouk University
H. Al-Nashash, Yarmouk University
A. Al-Zaben, Yarmouk University

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DOI Bookmark: http://doi.ieeecomputersociety.org/10.1109/SMA.1999.749338
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Abstract
Some application of geometrical modeling for biomedical signal processing are discussed. A new model of the heart nervous conductive system, used previously for direct electrogram problem is used now to solve the inverse problem. Geometrical modeling can give an approximate estimation of the source position and strength even if the available amount of data is not sufficient for a correct mathematical solution. It can be useful in ECG and EEG inverse problems as well as in creating a model of human torso with non-uniform conductivity.
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Index Terms- His bundle electrogram, inverse problem, geometrical modeling Citation: B. Lvov, H. Al-Nashash, A. Al-Zaben, "Inverse Problem in Geometrical Modeling of the Sources of Medical Signals," smi, p. 179, International Conference on Shape Modeling and Applications, 1999

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