Date post: | 13-Dec-2015 |
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Team 7Trevor Emerick| Lauren Poole| Jazmine Gaymon| Bingyang Wu
Sponsored by ArcelorMittal
Dr. Nihar R. MahapatraCliff Barnett
Smart Gate Security Final Presentation
Agenda
• Goals• Specifications• Design• Hardware• Software• Final prototype• Results• Budget• Future Considerations• Demo • Questions
Project Goals
• Improvement of Entrance Security• Update
• Improve Employee Safety• Activity tracking
• Increase Entrance Efficiency• Traffic Flow Rates
• Research
Specifications
• Arduino Yún Microcontroller for operation of Motor
• RFID Reader for user access/restrictions• IP camera for activity tracking
Hardware
• Parallax RFID Reader• 4 pins of connection • Powered by Arduino Yún microcontroller• Verifies whether or not to activate the gate
motor
Hardware
• Servo Motor• 5 Volts • 3 Pins of
Connection• Activated by RFID• White Wire must be
“active” for the motor to operate
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
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
Small Scale Budget
Product Quanity Price Total Per Unit
Arduino Yun Microcontroller
1 $74.04 $74.04
5V Servo Motor 1 $16.99 $16.99
Parallax RFID Reader 1 $44.99 $44.99
Code 1 $0 $0
Total: $136.02
Large Scale Budget (Research)
Product Quantity Price Total Per Unit
Axis Q1604-e camera 3 $1,240 $3,270
MXProx2 Card Reader 3 $120 $360
Cat 6 Ethernet Cable (~1000 ft) 1 $106.29 $106.29
Total: $3736.29