A technique has been developed, based on magnetic field measurements, to localize, in
three dimensions, hypodermic and sewing needles lost in the human body. A theoretical …

A technique was previously developed, based on magnetic field measurements, to localize
hypodermic and sewing needles lost in the human body, with the purpose of surgical …

A technique had been previously developed, based on magnetic field measurements using
a superconducting quantum interference device sensor, to localize in three dimensions steel …

A discrete cellular automaton computer model was applied to simulate the excitation wave
propagation characteristic of the fundamental mechanisms of atrial flutter arrhythmia. The …

Conclusion While the application of ELF electromagnetic fields to neurologic and psychiatric
disease may appear promising, it is in its infancy. A great deal of research must be …

To establish the electrophysiological mappings of nonhuman primates by using
magnetocardiogram (MCG) data and obtain the normal values of MCG parameters, we used …

The underlying electrical mechanism associated with self-sustained arrhythmias such as
cardiac flutter and fibrillation is not completely elucidated. Most of the evidence points …

After a brief review of the original Selective Minimum-Norm (SMN) method, chance
constraints are introduced. These constraints take into account the probability density …

During the last decade Magnetocardiographic (MCG) mapping has been increasingly used
as a clinical method for non invasive three-dimensional localization of cardiac …

In-utero monitoring and assessment of fetal heart are crucial to early diagnose and treat the
electro-physiological problems. Fetal magnetocardiography (fMCG) has become an …