Inertial navigation peripheral: Difference between revisions
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== Process == |
== Process == |
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somewhere in here, we need a circuit diagram (under system design?) and PIC code |
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* [[/Design phase]] |
* [[/Design phase]] |
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* [[/System design]] |
* [[/System design]] |
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* [[/Subteams]] |
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* [[/Sensors]] (Jay) |
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* [[/Demo App]] (Nikki, Andrea) |
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== Meeting Notes == |
== Meeting Notes == |
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* [[/120308|December 3]] |
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* [[/101608|October 16]] |
* [[/101608|October 16]] |
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* [[/91108|Sept 11]] |
* [[/91108|Sept 11]] |
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== Related work == |
== Related work == |
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* [http://qcn.stanford.edu/ Stanford's Quake-Catcher Network] USB accelerometers provided cheap/free to schools. Software is currently Mac/PC only? |
* [http://qcn.stanford.edu/ Stanford's Quake-Catcher Network] USB accelerometers provided cheap/free to schools. Software is currently Mac/PC only? |
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* [http://www.phidgets.com/phpBB2/viewtopic.php?t=2307 Phidgets thread "3-axis piezo electric gyro" Apr 2008] |
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== See also == |
== See also == |
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Latest revision as of 14:25, 15 December 2008
What this project is
Developing OLPC Peripherals is a Fall 2008 student designed course at Olin College in Boston, MA. The class focuses on development of hardware peripherals for the XO. Students will work in teams to develop peripherals and meet regularly with the entire group for guest lectures and design reviews.
Initial project notes live at Wikiversity.
The current focus of the course is to build a simple inertial navigation system for the XO.
What this project is not
This project is not a full-blown technology startup, an industrial R&D project, or anything of that nature. Our current goal is to get a proof of concept prototype working by the end of the semester - this will be significantly above ideal cost (parts will be one-offs) and in homemade casing, etc.
In short, while we'd love to see this actually get manufactured and sent out to XO owners everywhere, this is not something that we can reasonably accomplish given our experience, connections, budget, and timeline.
Process
somewhere in here, we need a circuit diagram (under system design?) and PIC code
Meeting Notes
Related work
- Stanford's Quake-Catcher Network USB accelerometers provided cheap/free to schools. Software is currently Mac/PC only?
- Phidgets thread "3-axis piezo electric gyro" Apr 2008