Archives

UMRAM/ASBAM Bahar 2021 Seminerleri: “Learning Algorithms for Next-generation Computational MRI”

Dr. Mathews Jacob University of Iowa   Tarih/Zaman: 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 […]

Read More

UMRAM/ASBAM Bahar 2021 Seminerleri: ”Predictive Intelligence for Network Neuroscience: Methods and Challenges”

Tarih/Zaman: Pazartesi, 29 Mart, 17:00 Dr. Islem Rekik İstanbul Teknik Üniversitesi About the Speaker: Dr. Islem Rekik is Assistant Professor and the Director of Brain And Signal Research & Analysis (BASIRA) laboratory (http://basira-lab.com/), at Istanbul Technical University. She completed her Ph.D. at the University of Edinburgh in 2014, UK, and enjoyed two years of post-doctoral […]

Read More

UMRAM/ASBAM Güz 2020 Seminerleri: “How visual perception emerges from interactions between the different areas of the cerebral cortex”

DATE: October 23rd, 13:30 pm PLACE: Virtual Zoom Seminar (For access link, please send an email to umramseminars@gmail.com) Professor Pieter R. Roelfsema Netherlands Institute for Neuroscience “How visual perception emerges from interactions between the different areas of the cerebral cortex” Abstract: I will argue that early visual cortex plays a crucial role in visual cognition […]

Read More

UMRAM/ASBAM Güz 2020 Seminerleri: “Efficient MRI through improved encoding and reconstruction”

DATE: January 7th, 5:30 pm Access Link: https://zoom.us/j/8483592272?pwd=N1FjWEc3dCszYzZZZ0JTK3NSbHRtdz09 Dr. Berkin Bilgiç Harvard Medical School “Efficient MRI through improved encoding and reconstruction” Abstract: In this talk, we will introduce encoding and reconstruction strategies that aim to “fix” echo-planar imaging by eliminating geometric distortions, boosting acquisition efficiency, and reducing T2/T2* related voxel blurring. These strategies allow for […]

Read More