2
This problem can be conveniently solved by resorting to a state-feedback controller as the one depicted below.
In this case, we have that $P=\frac{1}{m \cdot s^2}$, $x=\left[ z, \dot{z} \right]^T$, $K=\left[k_p, k_d\right]$, $k_f=\frac{k_p}{m}$. Then, we need to apply the feed-forward term $v=mg$ to counteract the gravity.
We end up with the transfer ...
1
A disturbance yaw rate of $-0.1, \text{deg/s}$ seems way low. Are sure that in steady-state there won't be any cause external to your copter (very low airflow?) justifying it?
Imbalance between the RPMs provided by the motors (max current not reached) ❌
The open-loop response of different motors will certainly vary because of the variability of the building ...
1
You should probably check out the universities below. I have read about some great research work done in the field of Aerial Robotics in these universities. They might not have a separate program as such for Aerial Robotics but there's extensive amount of projects that several students and researchers take part in under this area, be it through the ...
1
there seems to be no mature drone platform focused on the NN research
personally I suggest using a drone combines a NUC, TX2 for example
the drone works as a flying platform providing control APIs, and a gimble system if possible
the vision system can be constructed by NUC, you can put your own camera on it and do your NN research
for this design, you ...
Only top voted, non community-wiki answers of a minimum length are eligible
