Strukturbaum
Die Veranstaltung wurde 2 mal im Vorlesungsverzeichnis SoSe 2023 gefunden:
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Neue mathematische Methoden im Bioelektromagnetismus und deren neurowissenschaftliche Anwendungen - Teil II Sprache: englisch Belegpflicht | |||||||||||
Nr.: 102365 Vorlesung SoSe 2023 2 SWS jedes 2. Semester | |||||||||||
Strukturknoten: | Fachbereich 05 Medizinische Fakultät | ||||||||||
Fachbereich: | Fachbereich 10 Mathematik und Informatik | ||||||||||
Master/Mathematics, PO 20 (88F23) | |||||||||||
Dr rer med/Medizin. Wiss., PO 9 (67E84) | |||||||||||
Staatsex.-Medizin, PO 0 (08107) | |||||||||||
Medizin. Wissenschaften, PO 0 (A2E84) | |||||||||||
Zugeordnete Lehrpersonen: | Wolters verantwort , Groß begleitend , Bauer begleitend , Möddel verantwort | ||||||||||
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Termin: |
Mittwoch
16:00
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17:30
woch
Beginn : 05.04.2023 Ende : 05.07.2023 | Raum : Seminarraum, Institut für Biomagnetismus Biomagnetismus | |||||||||
Kommentar: | Nowadays devices and tools are available for analyzing and monitoring the human brain at a high level of detail. These details are necessary, e.g., for successful surgery or, more generally, for basic brain research. Rapid advances were achieved in the fields of structural and functional imaging modalities such as Magnetic Resonance Imaging (MRI), ElectroEncephaloGraphy (EEG) and MagnetoEncephaloGraphy (MEG). Since the functional modalities EEG and MEG each have their strengths and weaknesses, they complement each other and synergetic effects are expected from their integration. Non-invasive computational methods are often used in the field of neurosciences. The field of EEG/MEG source analysis is a representative of such methods. Non-invasive tools are of course preferable to invasive methods which may be of high risk to patients. In fundamental brain research, most often there is no other choice besides computational methods. Furthermore, in recent years, new methodologies were developed for manipulating the human brain using brain stimulation methods such as Transcranial Electric Stimulation (TES) and Transcranial Magnetic Stimulation (TMS). This lecture will focus on mathematical methods for the analysis of EEG, MEG, MRI, TES and TMS. We will study registration and segmentation methods for the structural modalities T1-weighted MRI, T2-weighted MRI and Diffusion Tensor MRI (DT-MRI) and signal analysis, Maxwell equations, Helmholtz' reciprocity law, boundary and finite element forward methods, inverse approaches such as current density reconstruction and Bayesian inversion as well as optimization approaches for multi-sensor brain stimulation modalities such as TES and TMS. Finally, we will apply the new methodologies for reconstructing and manipulating neuronal networks in the human brain in neuroscientific applications and in clinical fields of neurology and psychiatry. |
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Literatur: | http://www.sci.utah.edu/~wolters/LiteraturZurVorlesung/ |
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Bemerkung: | This is part 2 of a 2 semester course that started in WS 2022/23. Selbst wenn wir stark bevorzugen, die Vorlesung in personam im Seminarraum des IBB zu halten, werden wir sie hybrid anbieten. Bitte finden Sie unten den zoom link Carsten Wolters lädt Sie zu einem geplanten Zoom-Meeting ein. |
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Zielgruppe: | Hinweise zur Anrechnung der Veranstaltung am Fachbereich 10: Diese Veranstaltung (V bzw. V+Ü) ist zusammen mit ihrer Vorgängerveranstaltung (V bzw. V+Ü, "Part I") des Wintersemester 2022/23 anrechenbar in dem Spezialisierungsmodul "Scientific Computing" im MSc Mathematics.
Die QISPOS-Anmeldung für die Gesamtvorlesung, die sich über zwei Semester zieht, ist unter dem gesonderten Eintrag mit der Veranstaltungs-Nr. 102367 im Sommersemester 2023 möglich.
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