Modeling method for vacuum pipeline magnetic suspension train-ground wireless communication channel

The invention discloses a modeling method for a vacuum pipeline magnetic suspension vehicle-ground wireless communication channel, and the method specifically comprises the steps: building a three-dimensional model of the vacuum pipeline magnetic suspension vehicle-ground wireless communication channel, then calculating the propagation path and angle of a direct wave and a reflected wave in the three-dimensional model, and finally combining the propagation path and the propagation angle to calculate the synthetic wave electric field intensity parallel to the ground and the synthetic wave electric field intensity perpendicular to the ground. According to the method, the electric field distribution forms of the direct wave, the reflected wave and the synthetic wave are simulated and analyzed by utilizing the established wireless communication channel model, and the influence of different parameters on the electric field distribution of the train-ground communication channel is obtained by changing the size para