1. ECE 477 Final Presentation Team 09 − Spring 2013 • Jacob Wiles John WyantAashishSimha Richard Park

2. Outline • Project overview • Block diagram • Design challenges • Individual contributions • Project demonstration • Questions / discussion

3. Project Overview The OmniGlove is a home automation glove with a design focus towards the visually impaired. It is able to control home appliances such as lights and IR devices. The OmniGlove utilizes hand movements and gestures for intuitive home automation.

4. Block Diagram

5. Design Challenges • Flex Sensors – Conceptually great, actually terrible • Wear over time • Needs Calibration • Easy to break • Next time – potentiometers or accelerometers • IR communication • Best way to send from glove (has to stay put) • Raspberry Pi hub • Control lights • Simple method was chosen over X10 or similar... • Many more!

6. Individual Contributions • John Wyant • Jacob Wiles • Aashish Simha • Richard Park

7. John Wyant • ATD • Gesture recognition algorithm • Calibration • Raspberry Pi commands (IR and lights) • Integration and debugging • Packaging

8. Jacob Wiles • Schematic • PCB Design • microSDCommunication • Mp3 Decoder • Soldered most components. • Designed OmniGlove and OmniHub enclosures.

9. Aashish Simha • ATD • microSDcommunication • Mp3 Decoder • Rotary encoder • Integration • PCB testing

10. Richard Park • 9-axis (i2c) • Accel • Gyro • Magnet • Bluetooth (uart) • CMD mode • Master mode • Raspberry Pi • Pairing • Read CMD • Decode CMD • EXE CMD • Auto-Login

11. Project Demonstration • Track finger movement • Provide verbal feedback • Recognize hand gestures • Control basic devices such as lights • Control IR based devices such as TV https://engineering.purdue.edu/477grp9/Team9.mp4

12. Questions / Discussion