Transcript
Page 1: ECE 477 Senior Design MRAV – Multi Rotor Autonomous Vehicle

ECE 477 Senior DesignMRAV – Multi Rotor Autonomous Vehicle

Team 9April-29-2011

Page 2: ECE 477 Senior Design MRAV – Multi Rotor Autonomous Vehicle

Project Overview• Quad-rotor helicopter– Autonomously self-stabilizes

• PID Control Theory

– Sensor Fusion• Triple Axis Accelerometer• Triple Axis Gyroscope• Triple Axis Magnetometer• Barometric Pressure• Ultrasonic Range Finders• GPS

– Communicates with ground station using Xbee wireless

Page 3: ECE 477 Senior Design MRAV – Multi Rotor Autonomous Vehicle

Project Overview [Cont’d]

Page 4: ECE 477 Senior Design MRAV – Multi Rotor Autonomous Vehicle

Project Overview [Cont’d]

Page 5: ECE 477 Senior Design MRAV – Multi Rotor Autonomous Vehicle

Design Challenges Faced

• I2C Communication Protocol• Floating Point Arithmetic• Wireless Communications• PID Control Theory and Application• Huge amount of code Debugging • High RAM usage

Page 6: ECE 477 Senior Design MRAV – Multi Rotor Autonomous Vehicle

ECE270/362 Knowledge Used

• Power Requirements / Chip Selection / Reading Data Sheets

• Using IDE and Programming Microcontrollers• Microcontroller Peripherals– ADC– PWM– I2C– SPI

Page 7: ECE 477 Senior Design MRAV – Multi Rotor Autonomous Vehicle

Project Demo

http://www.youtube.com/watch?v=eZEt1d70CV4

Page 8: ECE 477 Senior Design MRAV – Multi Rotor Autonomous Vehicle

The END


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