Radio Channel Coefficients for M-MIMO network

This dataset contains radio channel coefficients generated using Wireless InSite Ray-Tracer with 15 reflections and 1 diffraction. It reflects an urban scenario with street canyons, park area, and avenue (see scenario_information.png). In addition, MATLAB *.fig is included that can be edited, e.g., to plot some values.

The files ue_grid_5m.mat and 200ue_avenue.mat radio channel coefficients in the form of MATLAB *.mat file. Each file has:

Hf - 6x1 cell, where each cell represents one MMIMO base station, and contains matrix of complex radio channel coefficients (UE count x Antennas count x Resource Block count). We assume that within the RB radio channel is flat

pathloss - 6x UE count matrix that contains average channel gain between each MMIMO base station and each UE. It is calculated for every UE and base station by averaging channel gain over all antennas and resource blocks

position - UE count x 6 matrix that contains x,y,h positions of UEs