Author(s)

Ye Li

Corresponding Author

Ye Li

Abstract

To achieve high-precision positioning and efficient data transmission in millimeter wave communication systems, this paper proposes an optimization algorithm based on integrated communication positioning technology. Firstly, establish a signal processing model based on the propagation characteristics of millimeter waves to obtain accurate position information and high-quality data communication capabilities; Secondly, in order to eliminate the impact of multipath interference on positioning accuracy, an adaptive weighted fusion strategy is proposed; Again, based on the physical layer characteristics of millimeter wave systems, a joint optimization model was constructed that comprehensively considers channel state information and user mobility, providing a more accurate description of system performance. Through simulation and field testing, an experimental platform based on the proposed algorithm was built and tested for effectiveness.

Keywords

Millimeter wave communication; Positioning technology; Integrated design; Optimization algorithm