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MOPRED Symposium - Algorithms and Applications for Multi-Modal Data Integration

SymposiumMultimodalAIML
The symposium will gather scientists from various disciplines to present cutting edge research on algorithms and advanced methods for integrating multi-modal data in predictive medicine, featuring lectures, a poster session, and a keynote by Prof. Dr. Ivan Costa from the RWTH Aachen University.
16.10.2024 @ 10:00 - 18:00
Frankfurt University Hospital - Building 22
Organizers: Florian Buettner Marcel Schulz

Program

Preliminary Overview
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  • Welcome

    Welcome and Opening

  • OMICs Integration + Networks
  • Scientific Talks

    Talks from: Markus Joppich, Arber Qoku, Ekaterina Esenkova, Asad Usmani

  • Poster Short Talks

  • Group Photo

  • Lunch Break

  • Lunch + Poster Session

  • Prediction Models
  • Scientific Talks

    Talks from: Robin Mayer, Ingvild Froberg Mathisen, Shamim Ashrafiyan, Keynote - Ivan Costa

  • Poster Award

  • Poster Session and Coffee

  • Biological Application
  • Scientific Talks

    Talks from: Eva Herrmann and Iulia Dahmer, Konstantinos Makris, Zahra Moslehi, Aakanksha Singh

  • Closing

Keynote Speaker

Multi-modal Integration
RWTH Aachen University
Prof. Dr. Ivan Costa

Registration

Open Until:
30.8.2024
Registration Closed
Abstract Notification Until:
30.8.2024
Open info

Info

Talks and poster presentations will be selected from submitted abstracts by a commitee.

  • Andreas Chiocchetti
  • Florian Buettner
  • Nadine Flinner
  • Katharina Imkeller
  • Marcel Schulz
Close info

Topics

Relevant Key Concepts

Representation Learning

Representation learning automates feature extraction from raw data, enhancing model performance in tasks like natural language processing and computer vision.

Graph Neural Networks

Graph Neural Networks (GNNs) leverage relationships in graph-structured data to improve tasks like node classification and link prediction by updating node representations based on their neighbors.

Mechanistic Models

Mechanistic models describe system behaviors based on fundamental principles, simulating complex dynamics for fields like epidemiology and engineering.

Statistical Approaches

Statistical approaches use mathematical methods to analyze data, making inferences and predictions to uncover patterns and inform decision-making.