1. Team 7 Trevor Emerick| Lauren Poole| Jazmine Gaymon| Bingyang Wu Sponsored by ArcelorMittal Dr. Nihar R. Mahapatra Cliff Barnett Smart Gate Security Final Presentation

2. Agenda Goals Specifications Design Hardware Software Final prototype Results Budget Future Considerations Demo Questions

3. Project Goals Improvement of Entrance Security Update Improve Employee Safety Activity tracking Increase Entrance Efficiency Traffic Flow Rates Research

4. Specifications Arduino Yún Microcontroller for operation of Motor RFID Reader for user access/restrictions IP camera for activity tracking

5. Design

6. Hardware Arduino Yún

7. Hardware Parallax RFID Reader 4 pins of connection Powered by Arduino Yún microcontroller Verifies whether or not to activate the gate motor

8. Hardware Servo Motor 5 Volts 3 Pins of Connection Activated by RFID White Wire must be “active” for the motor to operate

9. Software Arduino 1.6.2 Open-source software (IDE) Code editor and debugger Simple, clear programming environment Can be used to write code to microcontroller Used OS version for programming

10. Software Program Workflow

11. Final Prototype

12. Results (Success) Small scale prototype successfully reads RFID, processes it through the microcontroller, and controls the motor Provides access to authorized individuals ONLY Design can be implemented on a larger scale Actively tracks how many individuals enter the facility using the RFID cards

13. Results (Failures) Implementation of security camera due to time constraints Built-in database

14. Small Scale Budget ProductQuanityPriceTotal Per Unit Arduino Yun Microcontroller 1$74.04 5V Servo Motor1$16.99 Parallax RFID Reader1$44.99 Code1$0 Total:$136.02

15. Large Scale Budget (Research) ProductQuantityPriceTotal Per Unit Axis Q1604-e camera3$1,240$3,270 MXProx2 Card Reader3$120$360 Cat 6 Ethernet Cable (~1000 ft)1$106.29 Total:$3736.29

16. Future Considerations Use sensors Implement a security camera Make use of more databases

18. Questions