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Course Outline

Introduction to CANN and Ascend AI Processors

  • Understanding CANN: Its definition and function within Huawei’s AI compute ecosystem.
  • An overview of Ascend processor architectures, including models like the 310 and 910.
  • A summary of supported AI frameworks and the associated toolchain.

Model Conversion and Compilation

  • Utilizing the ATC tool to convert models from TensorFlow, PyTorch, and ONNX.
  • The process of creating and verifying OM model files.
  • Strategies for managing unsupported operators and addressing typical conversion challenges.

Deployment with MindSpore and Other Frameworks

  • Deploying models using MindSpore Lite.
  • Integrating OM models via Python APIs or C++ SDKs.
  • Utilizing the Ascend Model Manager for efficient workflow management.

Performance Optimization and Profiling

  • Insights into AI Core, memory management, and tiling optimizations.
  • Profiling model execution using dedicated CANN tools.
  • Best practices for enhancing inference speed and resource efficiency.

Error Handling and Debugging

  • Identifying and resolving common deployment errors.
  • Interpreting logs and utilizing error diagnosis utilities.
  • Conducting unit testing and functional validation for deployed models.

Edge and Cloud Deployment Scenarios

  • Deploying solutions to Ascend 310 for edge computing applications.
  • Integrating models with cloud-based APIs and microservices.
  • Examining real-world case studies in computer vision and NLP.

Summary and Future Directions

Requirements

  • Proficiency with Python-based deep learning frameworks, such as TensorFlow or PyTorch.
  • A solid understanding of neural network architectures and standard model training workflows.
  • Fundamental knowledge of the Linux Command Line Interface (CLI) and basic scripting.

Target Audience

  • AI engineers focused on model deployment strategies.
  • Machine learning practitioners aiming to leverage hardware acceleration.
  • Deep learning developers constructing inference solutions.
 14 Hours

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