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Course Outline
Introduction to Federated Learning
- What is federated learning, and how does it differ from centralised learning?
- Advantages of federated learning for secure AI collaboration
- Use cases and applications in sectors handling sensitive data
Core Components of Federated Learning
- Federated data, clients, and model aggregation
- Communication protocols and updates
- Managing heterogeneity in federated environments
Data Privacy and Security in Federated Learning
- Data minimisation and privacy principles
- Techniques for securing model updates (e.g., differential privacy)
- Federated learning in compliance with data protection regulations
Implementing Federated Learning
- Setting up a federated learning environment
- Distributed model training using federated frameworks
- Performance and accuracy considerations
Federated Learning in Healthcare
- Secure data sharing and privacy concerns in healthcare
- Collaborative AI for medical research and diagnosis
- Case studies: federated learning in medical imaging and diagnosis
Federated Learning in Finance
- Using federated learning for secure financial modelling
- Fraud detection and risk analysis with federated approaches
- Case studies in secure data collaboration within financial institutions
Challenges and the Future of Federated Learning
- Technical and operational challenges in federated learning
- Future trends and advancements in federated AI
- Exploring opportunities for federated learning across industries
Summary and Next Steps
Requirements
- A basic understanding of machine learning concepts
- Familiarity with the fundamentals of data privacy and security
Audience
- Data scientists and AI researchers focused on privacy-preserving machine learning
- Healthcare and finance professionals who handle sensitive data
- IT and compliance managers interested in secure AI collaboration methods
14 Hours