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Raspberry Pi Garden Monitoring System: Current Progress

Raspberry Pi Garden Monitoring System: Current Progress. The Garden Gnomes: Stacy Mar, Brandon Meyers, Devin Mullins. Rapid Prototype Progress. The prototype will consist of: Android Application GUI Sample Garden Metrics/Statistics Database Hardware Implementation Design.

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Raspberry Pi Garden Monitoring System: Current Progress

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  1. Raspberry Pi Garden Monitoring System:Current Progress The Garden Gnomes: Stacy Mar, Brandon Meyers, Devin Mullins

  2. Rapid Prototype Progress • The prototype will consist of: • Android Application GUI • Sample Garden Metrics/Statistics Database • Hardware Implementation Design

  3. Android Application GUI • Functionalities: • See Real-Time Status Updates • Control Lights • Search Historical Data • Push Notifications

  4. GUI Progress • Expecting 6 sections to monitor garden status • Light Status Button should be able to turn lights on/off

  5. GUI Progress • Date Metrics (range capability) • Options for Metrics – will change to checklist • Line graph to show historical progression through date range

  6. GUI Progress • Still in progress • Will be able to modify ideal moisture/temp/humidity levels, notification settings, etc.

  7. Sample Garden Metrics/Statistics Database • Contains several metrics to determine health of garden including: • Humidity Levels • Moisture Levels • Temperature • Data collected every minute • Using MySQL database

  8. Database Progress Sample database includes metrics measured every minute.

  9. Hardware Implementation • Three sensors implemented on a breadboard: • Humidity/Temperature Sensor • Photocell • Soil Moisture Bricks • Raspberry Pi connected to breadboard usingATD Converter

  10. Hardware Progress • Raspberry Pi programmed to turn on/off LED light successfully • Setup of Raspberry Pi OS completed • Raspbian OS

  11. Hardware Progress (cont.) 270Ω ground GPIO4

  12. Lessons Learned How to setup and use a Raspberry Pi Make sure to check proper orientation of sensors/LEDs/analog devices.

  13. What’s Next? Establish a working Ethernet connection Initial sensor setup Control a simple LED through Android App Linking database to GUI and Raspberry Pi Setting up a Web Interface for debugging

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