Abstract
In the operation of farming processes, the limitation of the civilian quadrotor UAV transport and the features of its powerful collar would yield more significant interference to the aviation control version. Mainly utilize traditional PID regulator, but the mood adjustment of the murmur will have a big overshoot. This article sets on the application of fuzzy controllers in courteous four-rotor UAVs for this case. By creating and improving the fuzzy rule tableland, rather than changing PID parameters often back. Additional sound control of energy outcome to support system steady-state implementation. By utilizing MATLAB to imitate flying perspective and compare with the simulation effects of the traditional algorithm of PID control. The outcomes numerical results indicate that the process may enhance PID capability and decrease the fluctuation of aviation perspective control throughout process.
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