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 Duration 14 hours

Course Outline

Foundations of Edge AI and Nano Banana

  • Core attributes of edge-AI tasks
  • Nano Banana structural design and features
  • Evaluating edge versus cloud deployment approaches

Readying Models for Edge Implementation

  • Selecting models and establishing performance baselines
  • Assessing dependencies and compatibility requirements
  • Exporting models to prepare for optimization

Strategies for Model Compression

  • Pruning techniques and structural sparsity
  • Parameter sharing and reduction methods
  • Assessing the impact of compression

Quantization for Optimal Edge Performance

  • Methods for post-training quantization
  • Workflows for quantization-aware training
  • Implementing INT8, FP16, and mixed-precision strategies

Speeding Up Inference with Nano Banana

  • Leveraging Nano Banana acceleration tools
  • Connecting with ONNX and hardware-specific backends
  • Testing the speed of accelerated inference

Rolling Out to Edge Devices

  • Incorporating models into embedded or mobile applications
  • Configuring runtimes and monitoring systems
  • Resolving common deployment challenges

Analyzing Performance and Trade-offs

  • Managing latency, throughput, and heat limits
  • Balancing precision against performance gains
  • Applying iterative optimization methods

Maintaining Edge-AI Systems: Best Practices

  • Managing versions and ongoing updates
  • Handling model rollbacks and compatibility
  • Addressing security and data integrity

Conclusion and Future Directions

Requirements

  • A solid grasp of machine learning processes
  • Practical experience with Python-based model creation
  • Knowledge of neural network structures

Intended Audience

  • ML engineers
  • Data scientists
  • MLOps specialists

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