Smart Homes, Smart Farms, Smart Cities and the Internet of Things.
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Our world seems to be getting smarter, thanks to the Internet of Things (IoT). Cheap electronics, a robust set of tools, and growing libraries of projects have enabled our surroundings to become "smart" and have empowered everyday innovators. Modern-day Edisons can inexpensively and quickly create new inventions using IoT devices. Already several Missouri entrepreneurs have used this technology to create thriving businesses. Let's explore these tools are being used to shape the future!
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Smart Homes, Smart Farms, Smart Cities and the Internet of Things.
- 1. Smart Homes, Smart Farms, Smart Cities and the Internet of Things (IoT) J Scott Christianson Associate Teaching Professor
- 2. Internet of Things (IoT) Artificial Intelligence (AI) A machine that exhibits cognitive or decision- making behavior and can take action to achieve a goal. Small, inexpensive, microprocessors, that collect environmental data and transmit that data to a central server for analysis or decision making !
- 3. Internet of Things (IoT) Artificial Intelligence (AI) A machine that exhibits cognitive or decision- making behavior and can take action to achieve a goal. Small, inexpensive, microprocessors, that collect environmental data and transmit that data to a central server for analysis or decision making ! Smart (homes, farms, cities). Environments where IoT devices have been used to collect real-time data, perform independent analysis, and make changes to their environment.
- 7. Making IoT Devices Copy and Paste
- 8. Making IoT Devices Copy and Paste Example CODE BLUE
- 9. Making IoT Devices Copy and Paste Example CODE BLUE • Problem • Need to make simulations as realistic as possible
- 10. Making IoT Devices Copy and Paste Example CODE BLUE • Our options • Design our own system, involve electrical engineers, programmers, etc. • Re-purpose an open source solution
- 11. Making IoT Devices Copy and Paste Example CODE BLUE • Design Requirements • Press a big blue button • Have a pre-recorded sound play • Would be nice to be able to change the sound that gets played and make other customizations.
- 12. Making IoT Devices Copy and Paste Example CODE BLUE • Copy another design with similar design requirements • Press a button • Have a pre-recorded sound play • Would be nice to be able to change the sound that gets played and make other customizations.
- 13. Code Blue • Copy another design with similar design requirements • Press a big blue button • Have a pre-recorded sound play • Would be nice to be able to change the sound that gets played and make other customizations.
- 14. Making IoT Devices Copy and Paste Example CODE BLUE • Copy another design with similar design requirements • Press a button • Have a pre-recorded sound play • Would be nice to be able to change the sound that gets played and make other customizations.
- 15. Making IoT Devices Copy and Paste Example CODE BLUE • Copy another design with similar design requirements • Press a button • Have a pre-recorded sound play • Would be nice to be able to change the sound that gets played and make other customizations.
- 16. Making IoT Devices Copy and Paste Example Standardized Patient
- 17. Making IoT Devices Copy and Paste Example Standardized Patient • Problem • The standardized patients are taught to represent and deliver specifically designed patient history and physical findings for learners.
- 18. Making IoT Devices Copy and Paste Example Standardized Patient • Problem • The delivery of physical findings to has shown to be difficult.
- 19. Making IoT Devices Copy and Paste • Our options • Design our own system, involve electrical engineers, programmers, etc. • Re-purpose an open source solution Example Standardized Patient
- 20. Simulated patient physical findings & information deliver methods Option 3: Option 4: Option 5: Option 6: Option 7: Option 8: Option 1 /2: Standard setting: Trained simulated participants Learner Physical findings delivery Option 3: Paper findings cards Option 4: Patient triggered delivery of electronically generated findings Option 5: Assistant triggered delivery of electronically generated findings Option 6: Learner triggered delivery of electronically generated findings Option 7: Patient hands free triggered delivery of electronically generated findings Option 8: Sensor triggered delivery of electronically generated findings Option 1 : Find‘real’patients Option 2 : SP with medical conditions
- 21. Making IoT Devices Copy and Paste Example CODE BLUE • Our options • Design our own system, involve electrical engineers, programmers, etc. • Re-purpose an open source solution Option 7: Option 8: Option 7: Patient hands free triggered delivery of electronically generated findings Option 8: Sensor triggered delivery of electronically generated findings
- 22. Making IoT Devices Copy and Paste Example Standardized Patient • Design Requirements • Sense which scenario is being used and where the stethoscope is placed on the patient • Have a pre-recorded sound play Option 7: Option 8: Option 7: Patient hands free triggered delivery of electronically generated findings Option 8: Sensor triggered delivery of electronically generated findings
- 23. Making IoT Devices Copy and Paste Example Standardized Patient • Design Requirements • Sense which scenario is being used and where the stethoscope is placed on the patient • Have a pre-recorded sound play
- 24. Making IoT Devices Copy and Paste Example Standardized Patient • Design Requirements • Sense which scenario is being used and where the stethoscope is placed on the patient • Have a pre-recorded sound play
- 25. Making IoT Devices Copy and Paste Example Standardized Patient
- 29. Making IoT Devices Copy and Paste Example Standardized Patient • Micro Arduino • RFID target • RFID reader • Headphones • Portable battery • Storage (MicroSD) • 3-D printing parts • Programming • Approximately $250 + R&D Option 7: Option 8: Option 7: Patient hands free triggered delivery of electronically generated findings Option 8: Sensor triggered delivery of electronically generated findings
- 30. Making IoT Devices Copy and Paste Example Standardized Patient • Share BACK!
- 43. Building a Business with IoT Devices
- 45. Building a Business with IoT Devices • Problem • 31.7 million beef cows in the US. • 10% born will die from calving difficulty • Lost calf $500 lost earning potential • Lost cow $1500+ lost earning potential • Precision agriculture and IoT is the future
- 46. Building a Business with IoT Devices • Possible Solution • Rechargeable & reusable collar system powered with technology that transmits real time data alerts to an application/software system • “Calving Prediction Score” through integration of most relevant technologies
- 47. Building a Business with IoT Devices • Options • Design our a custom system, involve electrical engineers, programmers, etc. • Re-purpose an open source solution
- 48. Building a Business with IoT Devices • Options • Design our a custom system, involve electrical engineers, programmers, etc. • Re-purpose an open source solution
- 52. Pushing Data To Cloud Proof of Concept
- 53. Pushing Data To Cloud GPS Coordinates (Long and Lat) Used to Calculate: • Relative position to other animals • Distance Traveled Proof of Concept
- 54. Proof of Concept Accurate to ~2.5 meters
- 55. Pushing Data To Cloud Temperature Used to Calculate: • Change in Temp Proof of Concept
- 56. Pushing Data To Cloud Accelerometer Used to Calculate: • Activity Level (Steps) Proof of Concept
- 58. Proof of Concept
- 59. Proof of Concept Calculate the Calving Prediction Score Generate Maps Pushing Data to Farmer Focused Apps
- 60. Additional Sensors • Pulse • Muscle Contraction or Microphone (Chewing) • O2 Levels • Solar • Bigger Battery • Optimize Program based on Calving Prediction Score Energy Optimization
- 61. Building a Business with IoT Devices Bird-Bot
- 62. Building a Business with IoT Devices ShotBot
- 63. Building a Business with IoT Devices ShotBot
- 64. Building a Business with IoT Devices ShotBot
- 65. Making IoT Devices Building Real Companies
- 66. Use in the Design of Experiments!
- 67. Rapid Prototype and Test before building the product
- 68. Prove out the use case and then get funding for a commercial solution
- 69. Making IoT Devices Copy and Paste • Use in the Design of Experiments! • Prove out the use case and then get funding for a commercial solution • Rapid Prototype and Test before building the product