コース概要

Foundations of TinyML Pipelines

  • Overview of TinyML workflow stages
  • Characteristics of edge hardware
  • Pipeline design considerations

Data Collection and Preprocessing

  • Collecting structured and sensor data
  • Data labeling and augmentation strategies
  • Preparing datasets for constrained environments

Model Development for TinyML

  • Selecting model architectures for microcontrollers
  • Training workflows using standard ML frameworks
  • Evaluating model performance indicators

Model Optimization and Compression

  • Quantization techniques
  • Pruning and weight sharing
  • Balancing accuracy and resource limits

Model Conversion and Packaging

  • Exporting models to TensorFlow Lite
  • Integrating models into embedded toolchains
  • Managing model size and memory constraints

Deployment on Microcontrollers

  • Flashing models onto hardware targets
  • Configuring run-time environments
  • Real-time inference testing

Monitoring, Testing, and Validation

  • Testing strategies for deployed TinyML systems
  • Debugging model behavior on hardware
  • Performance validation in field conditions

Integrating the Full End-to-End Pipeline

  • Building automated workflows
  • Versioning data, models, and firmware
  • Managing updates and iterations

Summary and Next Steps

要求

  • An understanding of machine learning fundamentals
  • Experience with embedded programming
  • Familiarity with Python-based data workflows

Audience

  • AI engineers
  • Software developers
  • Embedded systems experts
 21 時間

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参加者1人当たりの料金

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