Autonomous Quadrocopter Design Review Brad Bergerhouse, Nelson Gaske, Austin Wenzel Dr. Malinowski.

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Presentation transcript:

Autonomous Quadrocopter Design Review Brad Bergerhouse, Nelson Gaske, Austin Wenzel Dr. Malinowski

Outline  Original Goals  Abridged Project Description  Progress  Revised Goals  Current Schedule and Milestones 2

Outline  Original Goals  Abridged Project Description  Progress  Revised Goals  Current Schedule and Milestones 3

Original Goals  Implement backup fly-by-wire controls for safety and testing  Avoid obstacles using video and sensor feedback  Autonomously navigate through narrow passages using onboard sensors  Develop a quadrocopter platform for future senior projects 4

Outline  Original Goals  Abridged Project Description  Progress  Revised Goals  Current Schedule and Milestones 5

Functional Description  Interface BeagleBoard with XAircraft X650 Quadrocopter platform  Use BeagleBoard I/O to interface with sensors and remote controls  Develop passage following algorithm using minimal sensor input  Utilize image processing techniques for navigational purposes and goal criteria 6

System Diagram 7

Outline  Original Goals  Abridged Project Description  Progress  Revised Goals  Current Schedule and Milestones 8

Progress  Platform Arrived. Assembly is complete, we are now working on a rotor guard solution  Close to having a working PWM solution  We have started on I2C  5V regulator is ready for installation  SUSAN corner detection on images in progress 9

Completed Platform 10

11

12

Quadrocopter Building 13

Rotor Guards 14

15 General DSP flowchart

SUSAN corner detection

Hindrances to Progress  BeagleBoard documentation (or lack there of)  Lack of standardized interfaces for major hardware components  Cross compiling kernel issues 17

Attempts to output PWM to GPIO pins  Bash Script  C code  Servodrive kernel module  Openembedded  Bitbake 18

Outline  Original Goals  Abridged Project Description  Progress  Revised Goals  Current Schedule and Milestones 19

Revised Goals  Use sensors to avoid obstacles  Use camera to observe navigational marking and goal criteria  Fly-by-wire 20

Outline  Original Goals  Abridged Project Description  Progress  Revised Goals  Current Schedule and Milestones 21

Original Schedule 22

Revised Schedule 23

Questions? 24