1. A method of determining position information, wherein the method comprises:
receiving, by an evolved Node B (eNB), an uplink signal from a User Equipment (UE);
determining, by the eNB, an angle of arrival, a downtilt angle of beam and a timing advance of the UE from the received uplink
signal; and

positioning, by the eNB, the UE using the angle of arrival, downtilt angle of beam and timing advance of the UE;
wherein the eNB positions the UE using the equations of:
x_UE=x_eNB+m*TA*n*sin(AoA?)*sin(AoA);

y_UE=y_eNB+m*TA*n*sin(AoA?)*cos(AoA); and

z_UE=z_eNB?m*TA*n*cos(AoA?);

wherein x_UE represents the coordinate of the UE on the x-axis; y_UE represents the coordinate of the UE on the y-axis; z_UE
represents the coordinate of the UE on the z-axis; x_eNB represents the coordinate of the eNB on the x-axis; y_eNB represents
the coordinate of the eNB on the y-axis; z_eNB represents the coordinate of the eNB on the z-axis; m represents the ratio
of the distance between the UE and the eNB to the distance determined from the TA, and n represents the distance over which
light propagates in a unit of time the TA represents the Timing Advance; the AoA represents the angle of arrival; and the
AoA? represents the downtilt angle of beam.