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Thursday, February 7, 2013

So Which Came First?

My hope in setting up a Test circuit for the RPi is to allow for multiple experiments and software developments without having to do much in the way of circuit design and development.  I do have some prototyping equipment and I do know some things about circuit design but I would rather plug and play to accomplish the task. Besides, I would like to know how far I can get without having to resort to circuit design (I might resort in the future, but not now).  So my list of things to do has changed somewhat:

1. Setup the basic test setup in the downstairs bedroom / computer room with the regular power supplies.
2. Add an additional Ethernet line from the home network to allow for this (I am thinking of putting it on a separate vlan, just to keep it simple and safe).
3. Setup the Ubuntu laptop for experiments with the RPi including compiling a new kernel and possibly running an emulation of the RPi.
4. Experiment 1: setup a thin client VNC/RDP on RPi to be able to access other servers in the home network.
5. Experiment 2: build camera servo pan/tilt unit, mount camera, connect camera servos to SSC-32, run check on pan/tilt with camera streaming on RPi.
6. Experiment 3: setup web service on RPi to allow control from "Control" app on iPad - check against pan/tilt unit, setup camera stream to iPad (might be really hard, or not possible).
7. Experiment 4: connect robotic arm servos to SSC-32, run check on robotic arm servos on RPi
8. Experiment 5: connect bluetooth, check bluetooth control on iCreate on RPi.
9. Experiment 6: setup Raspbmc on RPi (diff SD card), check video streaming to monitor, setup read of HDHR Prime TV signal on Raspbmc.
10. Experiment 7: setup Shorewall router on RPi (diff SD card, secondary USB-Ethernet cable), setup router between different vlans on home network.

Thats all for now.