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1
Introduction
2
Explainable Machine Learning
3
Problems with Taylor Decomposition
4
Alternative Explanation Techniques
5
Four Properties of Good Explanation Techniques
6
LRP Rules for Deep Rectifier Networks
7
LRP Rules: LRP-O
8
Implementing LRP Efficiently
9
LRP as a Deep Taylor Decomposition (ii)
10
Properties of Explanations (ii)
11
Rule Choices with VGG-16
12
Conclusion
13
Against
14
Questions?
Description:
Explore the principles of Explainable AI in this 32-minute lecture from the University of Central Florida's CAP6412 course. Delve into the challenges of interpreting deep learning models, examining alternative explanation techniques beyond Taylor Decomposition. Learn about the four key properties of effective explanation methods and understand the Layer-wise Relevance Propagation (LRP) rules for deep rectifier networks. Discover how to implement LRP efficiently and its connection to Deep Taylor Decomposition. Analyze the properties of explanations and explore rule choices using the VGG-16 network. Gain valuable insights into the importance of explainability in AI and its implications for various applications.

Explainable AI: Interpreting, Explaining and Visualizing Deep Learning

University of Central Florida
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