Archives

Prof. Florian Knoll Friedrich-Alexander University Erlangen-Nuremberg Date/Time: Friday, February 4th, 12:30 pm Zoom Meeting ID: 941 2666 3216 (Passcode: 896970) https://zoom.us/j/94126663216?pwd=ZWI1aER4YnBJN2tmbjFPeXRiYXlIQT09 Abstract: Recent developments in deep learning, as well as widespread access to powerful computing resources and large datasets, have the potential to change the way medical imaging is performed. Building on the frameworks of […]

Prof. Tobias Knopp University Medical Center Hamburg-Eppendorf Hamburg University of Technology   Date/Time: Wednesday, December 1st, 12:30 pm Zoom Meeting ID: 940 8535 8882 (Passcode: 896970)   https://zoom.us/j/94085358882?pwd=Z25Cb1QzbnNRa05YR2hXQWlKc0xCQT09   About the Speaker: Tobias Knopp received his degree in computer science in 2007 and his Ph.D. in 2010, both from the University of Lübeck with the highest […]

Prof. Stephen Grossberg Boston University   Date/Time: Tuesday, October 26th, 5:30 pm Zoom Meeting ID: 917 6288 9212 (Passcode: 896970) https://zoom.us/j/91762889212?pwd=bDhvaG5sQTQxQVpuZnE5MHhKRDFtQT09   About the Speaker: Stephen Grossberg is Wang Professor of Cognitive and Neural Systems; Professor Emeritus of Mathematics & Statistics, Psychological & Brain Sciences, and Biomedical Engineering; and Director of the Center for Adaptive Systems […]

Prof. Kader Karlı Oğuz Hacettepe University   Date/Time: Thursday, May 6th, 12:30 pm Zoom Meeting ID: 926 7902 3158 (Passcode: 896970) https://zoom.us/j/92679023158?pwd=NDBKUk5sWmM0U2p3SG1CTDFXY2FUQT09    About the Speaker: Dr. Kader Karlı Oğuz is the senior faculty of the Section of Neuroradiology at Hacettepe University. She is also affiliated with National Magnetic Resonance Research Center (UMRAM) at Bilkent University.  […]

Dr. Mathews Jacob University of Iowa   Date/Time: Tuesday, April 6th, 4:30 pm Zoom Meeting ID: 991 3053 2606 (Passcode: 552180) https://zoom.us/j/99130532606?pwd=ZUUwcEcvUi96TXo0aGV1M0FmNGpTUT09   Abstract: Computational algorithms are now an integral part of MRI, which mitigates several limitations including speed, physiological motion, and scanner imperfections. Many of the classical algorithms rely on computational forward models of the […]