Parallel computing method for base station radiation prediction range based on 3D triangulation mesh

The representation of the base station radiation prediction range based on the three-dimensional triangulation grid can more comprehensively and quickly reflect the distribution details of base station radiation prediction range, compared with the traditional representation of the base station radiation prediction range. In order to improve the computational performance, a multi-level fast method for the base station radiation prediction range based on the three-dimensional triangulation grid is proposed. The algorithm uses a unified coding method to divide the space into different. Based on this, a parallel computation model is established to quickly calculate the distribution of the base station radiation prediction range.