CareLit Fachartikel
Synchronization Tomography: Model Calculations of Spatial Resolution and Noise Tolerance; Optimization of Source Localization
T Fieseler, J Dammers, K Dolan, PA Tass · Klinische Neurophysiologie · 2004 · Heft 08
Dokument
1162304
CareLit-ID
Jahr
2004
Publikation
PDF
nein
Metadaten
DOI
ja
zitierfähig
Bibliografische Angaben
Zusammenfassung
Phase synchronization plays an important role both under physiological and pathological conditions. With standard averaging techniques of MEG data, it is difficult to reliably detect cortico-cortical and cortico-muscular phase synchronization processes that are not time-locked to an external stimulus. For this reason, novel synchronization analysis techniques were developed and directly applied to MEG signals [1]. However, due to the lack of an inverse modeling (i.e., source localization), the spatial resolution of this approach is limited. To detect and localize cerebral phase synchronization, we developed the…
Schlagworte
Synchronization
Tomography
Phase
Analysis
Current
Source
Applied
Signals
Density
Localization
Developed
Cerebral
Klinische Neurophysiologie
