To investigate the electrical activity in the human heart by the electrocardiogram (ECG) is one of the inverse source problems which are difficult to get a unique solution. This paper proposes an approach to identifying the electrical activity in the human heart by measuring both of the local magnetic and electric fields. As a result, it is revealed that our method makes it possible to show the distinguished different power distributions depending on the human hearts
Item does not contain fulltextDetermining electrical activation of the heart in a noninvasive way is...
The equivalent current dipole (ECD) model is only the first-order approximation in modelling the pri...
Myocardial ventricular ischemia arises from the lack of blood supply to the heart, which may cause a...
We consider the problem of increasing the informative value of electrocardiographic (ECG) surveys us...
The distribution of both the cardiac electric potential on the body surface and the cardiac magnetic...
Background The actual task of electrocardiographic examinations is to increase the reliability of...
Myocardial ventricular ischemia arises from a lack of blood supply to the heart, which may cause abn...
Myocardial ventricular ischemia arises from a lack of blood supply to the heart, which may cause abn...
The work described in this Thesis is concerned with developing a technique to visualise the electric...
The electromagnetic field of a human heart system is a bioelectromagnetic field. Electrocardiography...
Magnetocardiographic signals, as present outside the thorax and generated by the depolariza-tion pro...
Myocardial ventricular ischemia arises from the lack of blood supply to the heart, which may cause a...
For many years, ECG`s and vector cardiograms have been the tools of choice for non-invasive diagnosi...
AbstractThe electrocardiogram (ECG) is a measure of the collective electrical behavior of the heart ...
Bioelectric currents in the heart give rise to differences in electric potential in the body and on ...
Item does not contain fulltextDetermining electrical activation of the heart in a noninvasive way is...
The equivalent current dipole (ECD) model is only the first-order approximation in modelling the pri...
Myocardial ventricular ischemia arises from the lack of blood supply to the heart, which may cause a...
We consider the problem of increasing the informative value of electrocardiographic (ECG) surveys us...
The distribution of both the cardiac electric potential on the body surface and the cardiac magnetic...
Background The actual task of electrocardiographic examinations is to increase the reliability of...
Myocardial ventricular ischemia arises from a lack of blood supply to the heart, which may cause abn...
Myocardial ventricular ischemia arises from a lack of blood supply to the heart, which may cause abn...
The work described in this Thesis is concerned with developing a technique to visualise the electric...
The electromagnetic field of a human heart system is a bioelectromagnetic field. Electrocardiography...
Magnetocardiographic signals, as present outside the thorax and generated by the depolariza-tion pro...
Myocardial ventricular ischemia arises from the lack of blood supply to the heart, which may cause a...
For many years, ECG`s and vector cardiograms have been the tools of choice for non-invasive diagnosi...
AbstractThe electrocardiogram (ECG) is a measure of the collective electrical behavior of the heart ...
Bioelectric currents in the heart give rise to differences in electric potential in the body and on ...
Item does not contain fulltextDetermining electrical activation of the heart in a noninvasive way is...
The equivalent current dipole (ECD) model is only the first-order approximation in modelling the pri...
Myocardial ventricular ischemia arises from the lack of blood supply to the heart, which may cause a...