Course Outline

Introduction to AI in Semiconductor Design Automation

  • Overview of AI applications in EDA tools
  • Challenges and opportunities in AI-driven design automation
  • Case studies of successful AI integration in semiconductor design

Machine Learning for Design Optimization

  • Introduction to machine learning techniques for design optimization
  • Feature selection and model training for EDA tools
  • Practical applications in design rule checking and layout optimization

Neural Networks in Chip Verification

  • Understanding neural networks and their role in chip verification
  • Implementing neural networks for error detection and correction
  • Case studies on the use of neural networks in EDA tools

Advanced AI Techniques for Power and Performance Optimization

  • Exploring AI techniques for power and performance analysis
  • Integrating AI models to optimize power efficiency
  • Real-world examples of AI-driven performance enhancement

EDA Tool Customization with AI

  • Customizing EDA tools with AI for specific design challenges
  • Developing AI plugins and modules for existing EDA platforms
  • Hands-on practice with popular EDA tools and AI integration

Future Trends in AI for Semiconductor Design

  • Emerging AI technologies in semiconductor design automation
  • Future directions in AI-driven EDA tools
  • Preparing for advancements in AI and semiconductor industries

Summary and Next Steps

Requirements

  • Experience in semiconductor design and EDA tools
  • Advanced knowledge of AI and machine learning techniques
  • Familiarity with neural networks

Audience

  • Semiconductor design engineers
  • AI specialists in semiconductor industries
  • EDA tool developers
 21 Hours

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