1. Group 14: Brian Crone Matt Finn Samuel Oshin Yonatan Feleke

2.  Future Register Utilizes customer input to facilitate purchasing transactions in an fast-food style restaurant Can communicate with a customer’s NFC- enabled cell phone to digitally transmit credit card information and receipts Vendor will be able to customize the inventory through the user interface

3.  Ability to customize the inventory via the user interface (Atom)  Ability to recognize the NFC device, transmit customer’s credentials into hard drive, and also encrypt (µC)  Ability to interface with a pressure sensor to detect the presence of a user (µC)  Ability to display prompts to user through LCD (µC)  Ability to aid cashier by highlighting menu choices while placing order with voice recognition (Atom)

4.  Microcontroller NFC Controller Pressure Sensor Small LCD Screen  Atom Board LCD touch monitor Microphone WiFi

5.  dsPIC30F5011 2.5V – 5.5V SPI 12-bit ATD GPIO

6.  PN532 13.56 MHz 2.7V – 5.5V 424 Kbits/s NFCIP-1 Protocol SPI up to 5 MHz

7.  Pressure Sensor: MPVZ5004GW7U Produce up to 5V Connect to analog pin on µC to produce 12-bit digital signal  LCD: C-51847NFJ-SLW-AND Supply Voltage: 4.5V – 5.5V GPIO Pins

8.  Intel Atom Processor D510 12V DC Input 2GB RAM 40 GB SATA Hard Drive Connect to µC via COM port Utilize USB, VGA, and Microphone ports

9.  LCD Touch Monitor VGA for graphics USB for touch input Separate power supply  Microphone 3.5mm connector  WiFi USB WiFi transceiver