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Smart Agriculture System

📑 5 slides 👁 45 views 📅 3/11/2026
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Smart Agriculture System

Automated irrigation & climate control via Arduino and Python analytics.

Smart Agriculture System
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Team & Components

  • Team members: [Group Name] - [Member 1], [Member 2], [Member 3].
  • Key hardware: Arduino Uno, soil moisture sensor, BMP280, relay module.
  • Python tools: NumPy for data analysis, Matplotlib for visualization.
Team & Components
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System Functionality

  • Real-time monitoring of soil moisture, temperature, and pressure.
  • Automated control of water pump and fan based on sensor data.
  • Data analyzed in Python for better irrigation decisions.
System Functionality
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Applications & Impact

  • Used in greenhouses, large farms, and urban gardening for efficiency.
  • Reduces water usage by 30% and manual labor by 50%.
  • Promotes sustainable farming with AI-enhanced future upgrades.
Applications & Impact
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Conclusion & Future

  • Smart agriculture enhances crop growth and resource efficiency.
  • Future integration with AI for predictive irrigation and disease detection.
  • Supports global sustainable farming initiatives effectively.
Conclusion & Future
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