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Kursplan
Introduction to TinyML in Agriculture
- Understanding TinyML capabilities
- Key agricultural use cases
- Constraints and benefits of on-device intelligence
Hardware and Sensor Ecosystem
- Microcontrollers for edge AI
- Common agricultural sensors
- Energy and connectivity considerations
Data Collection and Preprocessing
- Field data acquisition methods
- Cleaning sensor and environmental data
- Feature extraction for edge models
Building TinyML Models
- Model selection for constrained devices
- Training workflows and validation
- Optimizing model size and efficiency
Deploying Models to Edge Devices
- Using TensorFlow Lite for microcontrollers
- Flashing and running models on hardware
- Troubleshooting deployment issues
Smart Agriculture Applications
- Crop health assessment
- Pest and disease detection
- Precision irrigation control
IoT Integration and Automation
- Connecting edge AI to farm management platforms
- Event-driven automation
- Real-time monitoring workflows
Advanced Optimization Techniques
- Quantization and pruning strategies
- Battery optimization approaches
- Scalable architectures for large deployments
Summary and Next Steps
Krav
- Familiarity with IoT development workflows
- Experience working with sensor data
- A general understanding of embedded AI concepts
Audience
- Agritech engineers
- IoT developers
- AI researchers
21 timmar