Hello Stefan, Sounds very interesting. I have already connected a 9DOF IMU Unit for Image stabilization which can be used for flight stabilization too. Additionally a Android Phone is connected via wlan which serves the internet connection and gps and could transfer images! The only thing left is connecting the motor controllers to the cam. Currently the IMU unit is connected via the usb bus, which might have to much latency for balancing the quadcopter. In order to get the device flying it could be better to connect the IMU sensors and the motor controllers directly to the I²C bus or implement the stabilization in the FPGA. But we have to ask Andrey if he thinks that the bandwidth and latency of the I²C will be good enough for flight stabilization, or do you know?
Andreas Stefan de Konink schrieb: > Op 27-03-10 07:23, Andreas Bean schreef: > > Interesting, but it's a little bit too early for that. Currently I'm > > trying to extend the cam to a four sensor version to improve quality and > > reduce weight. As soon as I have pictures and the requested data I will > > tell you. > > I still would find it maybe a more interesting idea to actually get the > Elphel to control the motor controllers as well, as the ultimate weight > reduction and integrated solution. > > I recall that there was actually a group that made their Linux router > fly... it should be feasable. Though you may prefer a > Paparazzi/Ardupilot for the dedicated job. We have three Mikrokopter > controllers, and there is a moment where you realise that open is only > open when it is 'free'. > > > Stefan
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