A trajectory and attitude correction method for small UAV based on flight simulator
A technology for flight simulators and small UAVs, applied in attitude control, instruments, control/regulation systems, etc., can solve problems such as errors, UAV congestion operation, poor communication signals, etc., to achieve the effect of improving accuracy
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[0032] Such as image 3 Shown is a graph representing the relationship between drone flight time and drone speed. The control end passes through consecutive equal intervals t Δ Send instructions to the UAV side, assuming that the total time of the entire movement process of the UAV is t, then:
[0033] [t / t Δ ] = k (1)
[0034] The whole movement process of the UAV can be divided into three parts, the uniform acceleration movement in the initial stage, the acceleration is a 0 ; when the velocity reaches the maximum velocity v max , the UAV keeps moving forward at a constant speed; finally, it decelerates uniformly until it stops, and the acceleration at this time is a 1 . Therefore, the relationship between the flight distance s and the flight time t of the UAV can be obtained as follows:
[0035]
[0036]
[0037] Before the drone takes off, the actual position of the drone is synchronized with the GPS positioning of the drone in the simulator, so that the real pos...
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