SPATIAL SPECTRAL TRANSFORMATION AS A REFERENCE METHOD FOR COMPARING RESULTS IN MAGNETOCARDIOGRAPHIC STUDIES
S. V. Motorin1,2, N. V. Golyshev1, D. N. Golyshev1
1Siberian State University of Water Transport, Novosibirsk, Russia
2Novosibirsk State Technical University
Keywords: spatial and spectral transformation, input superconducting converter, standard, method, biomagnetic research, comparison
Abstract
Two problems can be identified in biomagnetic (magnetocardiographic) studies: firstly, the difficulty of comparing the results of different experimenters due to the lack of a standard for equipment requirements (the research process is still underway), and second, there is no clearly defined processing technique, in particular, determining the location of a "false" (for example, post-infarction) dipole masked by the main current dipole (ECD-equivalent current dipole) of the heart. The paper considers the issues of inference and analysis of the transformation of the results of biomagnetic studies obtained on one structure of the input superconducting converter into another based on spatial-frequency transformations. This method works like an electronic magnifying glass.
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