Deployment method of lower-end equipment in complex environment of steel mill based on determinant point process

The invention provides a method for deploying lower-end equipment in a complex environment of a steel mill based on a determinant point process, and the method comprises the steps: carrying out the modeling of steel mill end equipment with repulsion as a beta-Ginibre determinant point process based on a random geometry theory; according to the assumed system model, the end equipment can communicate with the macro base station through the cellular link and can also communicate with the CPE or the gateway to which the end equipment belongs so as to perform data transmission, analysis and derivation are performed on the interference of the network based on the data transmission, and the SINR and the SIR of the network are derived; in combination with the SINR, the SIR and the interference model, deriving the coverage probability of the network; the influence of different path loss indexes, different densities of equipment and different end equipment transmitting powers on the network coverage probability is anal