Networking event organised by the CHAIR theme AI for Scientific Data Analysis.
Speaker: Prof. Marcus Liwicki
Overview
- Date:Starts 11 June 2024, 12:00Ends 11 June 2024, 14:30
- Seats available:63
- Location:PJ-salen, Campus Johanneberg
- Language:English
- Last sign up date:4 June 2024
Abstract, Marcus Liwicki:
Deep Neural Networks are data hungry, they require millions of labelled data in order to work! — Really? — The last decade has shown useful approaches to work with less labelled data, either by having a lot of data from a similar domain or by letting the network learn meaningful representations without explicit supervision.
This talk first brings self-supervised learning to a general perspective of learning with few data, covering typical transfer learning and auto-encoder approaches or perceptual loss. Furthermore, the we will investigate some typical (mis-) conceptions of these methods and suggest some practical tips on how to learn with few data. By participating in this talk, you will get deep insights in representation learning and learning with few data, as well as practical tools to start working on data in your own domain.
Agenda:
Lunch: 12:00-13:00
Lecture: 13:00-14:00
Networking and fika: 14:00-14:30
Prof. Marcus Liwicki will be staying overnight, so if you wish to schedule a meeting with him during the day, please contact Ehsan Ghane, ehsan.ghane@physics.gu.se, who will manage the schedule.
AI for Scientific Data Analysis
This theme is about utilizing the power of AI as a tool for scientific research. AI can be applied to, and potentially speed up, discovery and utilization in a variety of research disciplines, such as microscopy, physics, biology, chemistry, and astronomy.