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Duration 14 hours
Course Outline
Overview of Explainable Artificial Intelligence (XAI)
- Definition and scope of Explainable AI (XAI)
- The necessity of transparency in AI governance
- Primary obstacles to AI model interpretability
Foundational XAI Methodologies
- Model-agnostic approaches: LIME and SHAP
- Model-specific interpretability techniques
- Clarifying decisions generated by opaque (black-box) models
Practical Application of XAI Tools
- Orientation to open-source XAI libraries for government use
- Integrating XAI into foundational machine learning models
- Visualization of model behavior and explanatory outputs
Obstacles in Achieving Explainability
- Balancing model accuracy against interpretability
- Constraints of existing XAI methodologies
- Mitigating bias and ensuring fairness in explainable models
Ethical Frameworks for XAI
- Analysis of ethical implications surrounding AI transparency
- Equilibrium between explainability and operational performance
- Privacy and data safeguarding issues within XAI
Application of XAI in Public Sector and Critical Sectors
- XAI implementation in healthcare, financial regulation, and law enforcement
- Compliance with regulatory standards for explainability
- Fostering public trust in AI systems via transparency
Advanced XAI Theoretical Concepts
- Investigation of counterfactual explanations
- Interpretation of neural networks and deep learning architectures
- Analysis of complex AI system behaviors
Prospective Developments in Explainable AI
- Emerging research techniques in XAI
- Future challenges and opportunities for AI transparency
- Influence of XAI on the development of responsible AI for government
Conclusions and Implementation Roadmap
Requirements
- Foundational knowledge of machine learning principles
- Proficiency in Python programming
Intended Audience
- Professionals new to AI applications
- Data science practitioners and enthusiasts