The course will introduce the striking functional MRI field for exploring and mapping the human brain through the exogenous BOLD contrast. An introduction of a MRI scanner, the MR signal generation and the BOLD contrast (from the neuronal to the hemodynamic activity) will be presented. Additionally, a detailed description of the different fMRI designs will be shown. At the end of the course a practical fMRI experiment (involving the study of the perception of glass patterns in the human brain) at the brand new Siemens PRISMA 3T scanner will be performed. Eventually, the SPM12 package will be introduced in order to show how to analyse the measured functional data.
SPM12
This course is designed to be a hands-on introduction to the methods of eyetracking.
My syllabus is simply based on the book chapters from the 2nd edition of "Eye Tracking: A comprehensive guide to methods and measures" Oxford University Press: Oct 26: The neuro-, bio- and psychology of eye-movements Based on Chapter 2 in our upcoming 2nd edition of our Eye-tracking book. Nov 2: Experimental design for eye tracking Based on Chapter 3 and 9 Nov 9: Eye trackers Based on Chapter 4 and 6 Nov 16: Experimental workflow, eye camera settings and calibration Based on Chapter 5 Nov 23: Detection of fixations, saccades and other events Based on Chapter 7 Nov 30: Areas of interest Based on Chapter 8 Dec 7: Eye tracking methods used in educational science Lecturer: Halszka JarodzkaDec 14: Gaze Density maps and Scanpaths
Based on Chapter 9
Bachelor-, Master- und Doktorarbeiten werden vorgestellt. Hinzu kommen Vorträge von Gastwissenschaftlern.
Die Veranstaltung führt in neuen themen der kognitiven Neurowissenschaften ein. Hierzu werden wissenschaftlichen Übersichtsarbeiten verteilt und von den Teilnehmern vorgestellt.
Standardverfahren in der Psychologie (Vl-Nr. 32009)
PD Dr. G. Volberg
Die Anmeldung über FlexNow ist erforderlich.
Mi 16-18, Raum ZH 2 und Cip-Pool RZ1
PSY-M02.2, 4 ECTS
Klausur: 29.01.2018, 16-18 Uhr, Hörsaal H15
Di 16-18, Raum ZH 2 und Cip-Pool RZ2
Mo 18-20, Raum ZH 2 und Cip-Pool VG 0.09
Mo 16-18, Raum ZH 2 und Cip-Pool VG 0.09