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Bus Seat Sensor Network. By: Jason Hady , Michael Stevens, Wyrgy Pamphile. Topics Overview. Introduction Research and Planning Specifications and Parts Hardware Overview Software Overview Budget Obstacles and Challenges Conclusion. Introduction. Abstract Purpose Why How
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Bus Seat Sensor Network By: Jason Hady, Michael Stevens, WyrgyPamphile
Topics Overview • Introduction • Research and Planning • Specifications and Parts • Hardware Overview • Software Overview • Budget • Obstacles and Challenges • Conclusion
Introduction • Abstract • Purpose • Why • How • Objectives
Research and Planning • Patent Research • Existing Car seat sensors • Planning • EET 419 material • Ordering Parts • Constructing Circuit • Programming • Testing
Specifications and Parts • Microprocessor • LEDs • Shift Register • Data Drivers/Decoders • Operational Amplifiers • Seven Segment LED display • Pressure Sensors • Invertors • Switch • Resistors
Hardware Overview • Data is inputted from computer to microprocessor • Microprocessor receives input from pressure sensors • Pressure Sensors are amplified with voltage divider • Signal is inverted • Outputs data to shift register, data drivers and Seven Segment LED display • Receives input from Park/Drive switch • Activates empty and full LED indicators
Software Overview • Block diagram of code
Budget • Invoice • Total Cost: $60
Obstacles and Challenges • Our obstacles • Ordered the wrong microprocessor • Difficulties with code • Wiring mishaps • How we overcame them
Conclusion • Review • Project Experience • Initial Expectations versus Final Results • Future Considerations
Future Considerations • Better Sensors • Radio Receiver • Weight Range