Overview
We are thrilled to share with you this exciting event that aims to push the boundaries of technological exploration! The talks feature two distinguished speakers from the Technical University of Munich (TUM), each bringing unique insights into the future of tomorrow’s signals. Following these enlightening talks, we invite you to join us for a reception, creating an excellent networking rapport.
Dive into a dual exploration at our seminar: TUM Germany's experts unravel AI in Wireless Comms & Signal Processing Marvels for Cytology DHM in 2 talks! Join us for an extraordinary fusion of insights!" Program 4:00 pm Welcome and Introduction Speaker: Dr Stefan Klade 4:05 pm AI & Generative Modeling in Wireless Communications followed by Q&A Speaker: Prof Wolfgang Utschick 4:45 pm A Signal Processing Approach to DHM for Cytology followed by Q&A Speaker: M.Sc Julia Sistermanns 5:25 pm Reception and Networking
Schedule
Date: 07 Mar 2024, Thursday
Time: 4:00 PM - 5:30 PM (GMT +8:00) Kuala Lumpur, Singapore
Location: 1 CREATE Way, CREATE Tower Level 2 Theatrette , 138602
Speakers
Speaker's Profile:
Professor Wolfgang UTSCHICK, Professor , Technical University of Munich (TUM)
Prof Wolfgang Utschick received a Ph.D. degree in EE from TUM. Before that, he completed several years of certified industrial training programs. Since 2002, he has been a Professor of Methods of Signal Processing at TUM, and, in 2011, he became a TUM Asia Faculty Member in Singapore. From 2017 to 2022, he served two terms of office as the Dean of the Department of ECE at TUM. Wolfgang Utschick is an internationally well-known expert and IEEE Fellow in Wireless Communication, a (co-)author of more than 500 peer-reviewed publications, and (co-)inventor of more than 20 patents
Speaker's Profile:
M.Sc Julia SISTERMANNS, Research Assistant , Technical University of Munich (TUM)
Julia Sistermanns received her master’s degree with high distinction in electrical engineering from TUM. In 2019, she spent one semester at the École Polytechnique de Montréal. In 2021 she joined the Chair of Methods of Signal Processing as a research associate to pursue her doctorate. Her research focuses on the modelling of complex, high-dimensional systems. This includes power flow studies and recently single-cell analysis of bio-medical data. She received the Walter-Gademann prize for her thesis on a network reduction for transmission grids, is an alumna of the Siemens Future Minds Program and has completed internships with Siemens Energy and Continental Automotive.
