A Dense Millimeter-wave Communication Model Based on Large Intelligence Surface Assistance
As a new type of reflective material,large intelligence surface(LIS)will play a vital role in future communication networks.By deploying LISs on dense millimeter-wave communication system with multi-point coordination,the performance of the system is greatly enhanced.Therefore,a dense milli-meter-wave communication network model based on LIS are proposed,and the performance of the system under two cases of coordination transmission strategies based on maximal-ratio combining(MRC)reception and selection combining(SC)reception is analyzed.Specifically,the received signals at base station under Nakagami-m fading model are expounded.Then,the outage probability of the system and the expression of ergodi and verified by the simulation results.At the same time,the impact of system parameters on the performance of communication system is analyzed by simulation,The si-mulation results show that the system performance based on SC strategy is superior to MRC strategy,the transmission power and reflection arity in LIS have greater impacts on the system performance.
large intelligent surfacedense millimeter-wavemulti-point coordinationoutage pro-babilityergodic capacity for each state
万方数据
维普
