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Software for a GPS logger should also ultimately be developed. Often one can upload the GPS log straight to Google Maps and plot the path there, which could aid in relevant data analysis for both projects. |
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| * Ahmed Saif == Tasks == * Understanding FPGAs Resources for FPGAs: [[http://www-old.physics.wisc.edu/undergrads/courses/fall2011/623/exp/fpga1.pdf|Physics 623 Guide 1]], [[http://www-old.physics.wisc.edu/undergrads/courses/fall2011/623/exp/fpga2.pdf|Physics 623 Guide 2]], [[http://www.eetimes.com/document.asp?doc_id=1274593|How to Design an FPGA from Scratch]] * Learning to Program in C Resources: [[http://www.cprogramming.com/|CProgramming.com]], [[http://ocw.mit.edu/courses/electrical-engineering-and-computer-science/6-087-practical-programming-in-c-january-iap-2010/index.htm|MIT OCW]] |
Homemade GPS Receiver
This is relevant to both the monarch butterfly tracking project and the drones project. The goal would be to attempt to build a highly accurate GPS receiver from scratch, and then potentially modify the circuitry to improve efficiency and compactness to suit the needs of a broad range of projects.
Relevant Links:
Circuitry and Open Source Code by Andrew Holmes: http://www.holmea.demon.co.uk/GPS/Main.htm
Circuitry and Open Source Code for Real Time Kinematic GPS by Takasu/Yasuda of Tokyo University: http://gpspp.sakura.ne.jp/rtklib/rtklib_beagleboard.htm
People
- Ayah Almousa
- Ahmed Saif
Tasks
- Understanding FPGAs
Resources for FPGAs: Physics 623 Guide 1, Physics 623 Guide 2, How to Design an FPGA from Scratch
- Learning to Program in C
Resources: CProgramming.com, MIT OCW