CNUG - Getting started on IoT Devices & Solutions using Windows 10 & Microsoft platform
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Presented by Matthew Mead and Chris Kabat from SPR Consulting @ CNUG on Feb 18th 2016.
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CNUG - Getting started on IoT Devices & Solutions using Windows 10 & Microsoft platform
- 1. GETTING STARTED ON IOT DEVICES & SOLUTIONS USING WINDOWS 10 & MICROSOFT PLATFORM Matthew Mead & Chris Kabat
- 2. ABOUT THE PI
- 3. WHAT IS THE RASPBERRY PI • “the $35 dollar computer” • Well, here is what you also need: • $7 Power supply • $12 SD card • $10 Wifi dongle • And might also opt for: • $15 USB SD card reader • $15 USB Ethernet adapter • Consider buying 2 of everything!
- 4. WHY THE NAME RASPBERRY PI? • From the UK aimed at generating excitement in computing with kids • Raspberry comes from a tradition of fruit named companies: • Tangerine Computing Systems, Apricot Computers, Acorn, BlackBerry, Cherry Corp, Papaya Studios, Apple Computer,… • PI was originally planned to have a built-in interpreter for python language • Acronym for Python Interpreter Eben Upton
- 5. RASPBERRY PI HISTORY Feb: Pi2 A7 processor, 1 GB RAM Apr: Windows 10 for Raspberry Pi Nov: Pi Zero, lower power, cheap 2012201320142015 Jul: Model B+, more GPIO, USB, micro SD Nov: Model A+ more GPIO, micro SD Feb: Model A, no Ethernet, cheaper Oct: Model B with 512 MB RAM
- 6. RASPBERRY PI2 – THE HARDWARE Status LEDs 3.5mm audio jack
- 7. RASPBERRY PI AND SENSORS • Unlike Arduino and other microcontrollers, Pi runs at 3.3v • Sensors are generally categorized as either analog or digital • Pi only supports digital sensors, but analog to digital (”A to C”, or ADC) hardware is available • Two values for a pin: • High == 3.3v (>2v) • Low == 0v
- 8. RASPBERRY PI – THINGS TO CONSIDER • Lots of prior work with Pi, Arduino, Spark/Particle Core/Photon, BeagleBone, Edison, PICAXE, … • Consider voltage level of board • Consider if sensors are reading analog or digital data • We are just getting started with Windows 10 on the Pi • Be patient and be willing to reflash SD • Give back to the community, publish your findings • There are some GPIO pin differences…
- 9. RASPBERRY PI – GPIO DIFFERENCES Linux Windows 10
- 10. ABOUT WINDOWS 10
- 11. WINDOWS 10 IOT CORE • Version of Windows 10 that is optimized for smaller devices • With or without a display • Runs on the Raspberry Pi 2, Arrow DragonBoard 410c & MinnowBoard MAX • Utilizes Universal Windows Platform (UWP) API for building solutions
- 12. WINDOWS 10 ON PI2
- 13. A BIT ABOUT IOT
- 14. You have things that produce data. Breaking down IoT… We prepare your devices.
- 15. Breaking down IoT… That data needs a place to live… We connect it to the cloud and manage the data.
- 16. Breaking down IoT… so you (or a machine) can make smarter decisions. We uncover actionable insights
- 17. COMMON IOT SCENARIOS Connect and learn about things Monitor things that are connected Search for things Manage things Play with things 1. 2. 3. 4. 5.
- 18. COMMON IOT ARCHITECTURE - OVERVIEW
- 19. COMMON IOT ARCHITECTURE - DETAILS
- 20. DEMOS
- 21. MICROSOFT TUTORIALS Based on: WindowsIoTCorePi2FezHat- IoTHubs It’s very easy! Don’t let the looks of it scare you away. Block out a half day and see what you can put together.
- 24. DEMO 1: TOUR OF WINDOWS 10 CORE
- 25. DEMO 2: INSTALLING WINDOWS 10 CORE http://ms- iot.github.io/content/en- US/win10/RPI.htm
- 26. DEMO 3: GET CONNECTED USING POWERSHELL http://ms- iot.github.io/content/en- US/win10/RPI.htm
- 27. DEMO 4: GET CONNECTED USING BROWSER http://ms- iot.github.io/content/en- US/win10/RPI.htm
- 28. DEMO 5: BLINKY
- 29. DEMO 6: CHIMP
- 30. DEMO 7: CONNECTING TO CHIMP
- 31. DEMO 8: USING AZURE IOT HUBS
- 32. DEMO 9: REPORTING ON IOT DATA
- 33. Q&A