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Team members:Ìý

• Mat Merkow
• Tung Nguyen
• Dipesh Shakya

Our project is primarily a security device that allows a client to be authenticated remotely (approx. 20-30 yards away) and given access to a facility, entry to a building, control of lights or other devices, etc. Secondly it is a Biometric information transmitter that could be used to transmit patents bio-signs to a nursing station, a doctor's PDA or other electronic device.

We will create two devices: the primary device that is responsible for authentication and communication and the secondary device that controls the light, garage door, etc., and receives data collected by the primary device.

1. Fingerprint authentication using FPGA in primary device.
2. Communication with secondary device using radio signal/Bluetooth/Wi-Fi
   • Activates light, door, etc.
   • Send data (Pulse, oxygen level, blood pressure, etc)
3. Verify that user of authenticator is living using a pulse oximeter to measure oxygen levels in blood and pulse rate.
4. Secondary device is able to cut and supply power to device being controlled.
5. Secondary device send basic signal to controlled device.
6. Create a user interface for operating the primary device.
   • Add/Remove fingerprint
   • List of devices functionalities
   • Add/Remove controlled devices
7. Create interfaces for other devices, garage door, elevator, computer access, etc.
8. Connect other data gathering devices to primary device so that one can monitor environment remotely (for example, a hospital patient).

Feasibility: due to the high complexity of the project as well as the limitation of members in the group, we think the primary device can be completed with a LCD user interface. For the secondary device, if we don't have enough time, activates light module will be chosen for the purpose of the course.