Secure Numerical Computing is Hard: Lessons from 10 Years of Open Data Science and the Long Road Ahead

Übersicht

Explore key security challenges and lessons learned from a decade of open data science, focusing on enterprise adoption of ML/AI technologies and emerging threats in numerical computing.

Lehrplan

• Introduction to Secure Numerical Computing
Overview of Numerical Computing
Importance of Security in Numerical Computing
Course Objectives and Outcomes
• History and Evolution of Open Data Science
Milestones in Open Data Science Over the Past Decade
Key Technologies in Open Data Science
Significant Lessons Learned
• Fundamentals of Security in Numerical Computing
Basic Security Principles
Common Vulnerabilities in Numerical Algorithms
Strategies for Vulnerability Mitigation
• Enterprise Adoption of ML/AI Technologies
Case Studies of Successful Enterprise ML/AI Implementations
Barriers to Adoption and How to Overcome Them
Security Concerns in Enterprise ML/AI
• Emerging Threats in Numerical Computing
Threat Landscape in AI and Numerical Computing
Specific Security Threats in Data Science Workflows
Real-world Examples of Security Breaches
• Securing Machine Learning Pipelines
Secure Development Practices for ML/AI
Protecting Data Integrity and Confidentiality
Tools and Frameworks for Secure ML/AI Deployment
• Privacy-Preserving Techniques in Numerical Computing
Introduction to Privacy-Preserving Computing
Techniques: Differential Privacy, Homomorphic Encryption
Privacy Challenges in Data Science
• Regulatory and Ethical Considerations
Overview of Data Protection Regulations (GDPR, CCPA)
Ethical Implications in Data Science and AI
Best Practices for Ethical Data Science
• Future Directions and Research Opportunities
Emerging Trends in Secure Numerical Computing
Areas for Further Research and Development
The Future of Open Data Science and Security
• Conclusion
Summary of Key Concepts
Q&A and Discussions
Final Thoughts and Resources for Further Study

---

Fachgebiete

Data Science