Mô tả

Title: Demystifying AI: An Exploratory Journey into Explainable Artificial Intelligence

Outline:

I. Introduction to Explainable AI A. Defining Explainable AI B. Importance and motivations for Explainable AI C. Ethical and legal considerations

II. Fundamentals of Artificial Intelligence A. Overview of AI and its various branches B. Machine Learning algorithms and models C. Deep Learning and Neural Networks D. Explainability challenges in traditional AI approaches

III. Explainability in Machine Learning A. Black-box vs. White-box models B. Interpretable machine learning algorithms (e.g., decision trees, linear models) C. Post-hoc explainability techniques (e.g., feature importance, partial dependence plots) D. Trade-offs between model performance and interpretability

IV. Interpretable Deep Learning A. Challenges in interpretability of deep neural networks B. Layer-wise relevance propagation and saliency maps C. Activation maximization and feature visualization D. Network dissection and concept activation vectors E. Adversarial attacks and interpretability

V. Rule-based and Symbolic AI A. Rule-based expert systems B. Knowledge representation and reasoning C. Rule induction and decision rules D. Combining symbolic and sub-symbolic AI techniques

VI. Explainability in Natural Language Processing (NLP) A. Challenges in understanding NLP models B. Attention mechanisms and interpretability C. Explainable dialogue systems D. Interpretable sentiment analysis and text classification

VII. Evaluating and Assessing Explainable AI A. Metrics for evaluating explainability B. Human perception of explainability C. Assessing trade-offs between accuracy and interpretability D. Model-agnostic and model-specific evaluation methods

VIII. Applications and Case Studies A. Healthcare: Interpretable medical diagnosis systems B. Finance: Transparent credit scoring and fraud detection C. Law: Explainable legal decision support systems D. Autonomous vehicles: Explainable perception and decision-making E. Social implications and transparency in AI deployment

IX. Future Directions and Challenges A. Advances in Explainable AI research B. Regulatory and policy considerations C. Improving transparency and accountability in AI systems D. Human-AI collaboration and trust

X. Conclusion A. Recap of key concepts and insights B. Call to action for responsible AI development C. Final thoughts on the future of Explainable AI

Bạn sẽ học được gì

EXPLAINABLE AI

EXPLAINIBILITY IN MACHINE LEARNING

INTERPRETABLE DEEP LEARNING

RULE BASED AND SYMBOLIC AI

Evaluating and Assessing Explainable AI

Applications and Case Studies

Future Directions and Challenges

Yêu cầu

  • Basic Knowledge of Artificial Intelligence: Learners should have a foundational understanding of artificial intelligence concepts, including machine learning algorithms, neural networks, and their applications. Familiarity with AI terminology and principles will help in grasping the concepts discussed in the course.
  • Programming Skills: A basic understanding of programming is valuable for comprehending the implementation aspects of XAI techniques. Proficiency in a programming language commonly used in AI, such as Python, is recommended. Learners should be comfortable writing code, running scripts, and manipulating data.
  • Data Analysis Skills: Proficiency in data analysis techniques, including data preprocessing, feature engineering, and model evaluation, is crucial for applying XAI techniques effectively. Learners should be comfortable working with datasets, performing exploratory data analysis, and understanding data quality considerations.
  • Learning Mindset: XAI is a dynamic and evolving field, and learners should have a willingness to engage in continuous learning and keep up with the latest research and developments. Curiosity, critical thinking, and an open mind are important traits for gaining a deeper understanding of XAI concepts and their implications.
  • Time Commitment: Learners should allocate sufficient time for studying and completing the course materials. XAI can be a complex subject, and dedicating regular time for learning and practice will enhance comprehension and mastery of the concepts.

Nội dung khoá học

10 sections

Introduction

3 lectures
Introduction
03:37
Defining Explainable AI
03:24
Importance and motivations for Explainable AI
04:18

Fundamentals of Artificial Intelligence

5 lectures
Overview of AI and its various branches
04:55
Machine Learning algorithms and models
04:39
Types of machine learning
07:32
Deep Learning and Neural Networks
05:16
Explainability challenges in traditional AI approaches
03:18

Explainability in Machine Learning

4 lectures
Black-box vs. White-box models
03:16
Interpretable machine learning algorithms (e.g., decision trees, linear models)
03:09
Post-hoc explainability techniques (e.g., feature importance, partial dependence
03:17
Trade-offs between model performance and interpretability
04:05

Interpretable Deep Learning

5 lectures
Challenges in interpretability of deep neural networks
04:04
Layer-wise relevance propagation and saliency maps
03:00
Activation maximization and feature visualization
03:12
Network dissection and concept activation vectors
03:58
Adversarial attacks and interpretability
03:46

Rule-based and Symbolic AI

4 lectures
Rule-based expert systems
04:08
Knowledge representation and reasoning
04:24
Rule induction and decision rules
04:52
Combining symbolic and sub-symbolic AI techniques
04:27

Explainability in Natural Language Processing (NLP)

4 lectures
Challenges in understanding NLP models
03:13
Attention mechanisms and interpretability
04:48
Explainable dialogue systems
04:55
Interpretable sentiment analysis and text classification
05:00

Evaluating and Assessing Explainable AI

3 lectures
Metrics for evaluating explainability
03:55
Assessing trade-offs between accuracy and interpretability
04:57
Model-agnostic and model-specific evaluation methods
03:48

Applications and Case Studies

5 lectures
Healthcare: Interpretable medical diagnosis systems
07:28
Finance: Transparent credit scoring and fraud detection
07:14
Law: Explainable legal decision support systems
07:30
Autonomous vehicles: Explainable perception and decision-making
08:46
Social implications and transparency in AI deployment
05:22

Future Directions and Challenges

4 lectures
Advances in Explainable AI research
04:25
Regulatory and policy considerations
04:21
Improving transparency and accountability in AI systems
05:45
Human-AI collaboration and trust
04:54

Conclusion

3 lectures
Recap of key concepts and insights
03:58
Call to action for responsible AI development
02:57
Final thoughts on the future of Explainable AI
02:57

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