Refresher Courses: Imaging Informatics & Artificial Intelligence and Machine Learning

RC 1205 - Artificial intelligence (AI) trustworthiness: from black boxes to glass boxes

July 15, 08:00 - 09:00 CEST

RC 1205-1
5 min
Chairperson's introduction
RC 1205-2
10 min
Generative adversarial networks (GAN) in medical imaging
1. To understand the basics of GAN and how they have been applied to radiology.
2. To discover how GAN can be used in data augmentation for training radiology AI models.
3. To learn about potential clinical applications of GAN in clinical routine workflows.
RC 1205-3
10 min
Minimum information about clinical artificial intelligence modelling: how to improve transparent reporting of AI algorithms
1. To understand the importance of high-quality annotation when developing AI models.
2. To assimilate how AI algorithms should report results and the associated confidence.
3. To discover the main limitations of narrow AI and the challenges towards general AI.
RC 1205-4
10 min
Why to use manifold learning?
1. To understand the difference between supervised and non-supervised AI model creation.
2. To become familiar with manifold learning as a way to solve weak annotation in radiology.
3. To review examples of clinical applications using manifold learning.
RC 1205-5
10 min
Interpretability and explainability explained
1. To understand how to improve trustworthiness in AI models through interpretability and explainability.
2. To learn about the challenges of current AI models with regards to interpretability and explainability.
3. To discover the existing techniques to make AI more interpretable and understandable.
RC 1205-6
15 min
Panel discussion: AI trustworthiness: from black boxes to glass boxes