Summarization: The characterization of cardiac electric activity by equivalent electric sources including dipoles received a great research effort in the past. Recently these methods are revisited but exploiting a grid of multiple electrodes (up to 200), but these multi-lead electrodes are not widespread yet. Certainly, most hospitals and ordinary cardiology practice is still based on standard 12-lead ECG recordings. Exactly towards this aim is the effort put herein, hardly to exploit standard 12-lead ECG recordings to extract an equivalent electric dipole for the cardiac activity. Ultimately, this work aims at a trustworthy and very fast inverse ECG algorithm able to operate even with a simple standard ECG device available on an ambulance....
This study presents a novel non-invasive equivalent dipole layer (EDL) based inverse electrocardiogr...
To advance methods for managing heart rhythm abnormalities, improved methods are needed to map the e...
The solution of the inverse problem of electrocardiology allows the reconstruction of the spatial di...
The actual task of electrocardiographic examinations is to increase the reliability of diagnosing th...
Recently, we presented progress in the development of an inverse procedure based on the equivalent d...
Since the invention of the 12-lead Electrocardiography (ECG) it is taught that only eight out of the...
Modern electrocardiography (ECG) uses a constructed reference potential for the majority of leads. T...
Electrocardiography involves the acquisition of the electrical potentials manifested at the body sur...
The article represents the main noninvasive methods of heart electrical activity examination, theore...
An inverse-forward approach was assessed to compute a 12-lead ECG from body surface potential mappin...
Introduction: The inverse problem of electrocardiography noninvasively localizes the origin of undes...
International audienceSophisticated models for the electrocardiographic inverse problem are availabl...
The inverse problem in electrocardiography is considered. A method is proposed in which the cardiac ...
Modern electrocardiography (ECG) uses a constructed reference potential for the majority of leads. T...
Heart disease is a leading cause of death worldwide. Straightforward information about the cardiac e...
This study presents a novel non-invasive equivalent dipole layer (EDL) based inverse electrocardiogr...
To advance methods for managing heart rhythm abnormalities, improved methods are needed to map the e...
The solution of the inverse problem of electrocardiology allows the reconstruction of the spatial di...
The actual task of electrocardiographic examinations is to increase the reliability of diagnosing th...
Recently, we presented progress in the development of an inverse procedure based on the equivalent d...
Since the invention of the 12-lead Electrocardiography (ECG) it is taught that only eight out of the...
Modern electrocardiography (ECG) uses a constructed reference potential for the majority of leads. T...
Electrocardiography involves the acquisition of the electrical potentials manifested at the body sur...
The article represents the main noninvasive methods of heart electrical activity examination, theore...
An inverse-forward approach was assessed to compute a 12-lead ECG from body surface potential mappin...
Introduction: The inverse problem of electrocardiography noninvasively localizes the origin of undes...
International audienceSophisticated models for the electrocardiographic inverse problem are availabl...
The inverse problem in electrocardiography is considered. A method is proposed in which the cardiac ...
Modern electrocardiography (ECG) uses a constructed reference potential for the majority of leads. T...
Heart disease is a leading cause of death worldwide. Straightforward information about the cardiac e...
This study presents a novel non-invasive equivalent dipole layer (EDL) based inverse electrocardiogr...
To advance methods for managing heart rhythm abnormalities, improved methods are needed to map the e...
The solution of the inverse problem of electrocardiology allows the reconstruction of the spatial di...