M = 4
modulator = fundamental.PSK(M)
# Transmission Parameters
NSymbs = 500 # Number of symbols (/stream /user simulated at each iteration
SNR_dB = 15.
N0_dBm = -116.4 # Noise power (in dBm)
# External Interference Parameters
Pe_dBm = -10000 # transmit power (in dBm) of the ext. interference
ext_int_rank = 1 # Rank of the external interference
# xxxxxxxxxx General Parameters xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
rep_max = 20000 # Maximum number of repetitions for each
pbar = progressbar.ProgressbarText(
rep_max, message="Simulating for SNR: {0}".format(SNR_dB))
# xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
# xxxxxxxxxx Dependent parameters (don't change these) xxxxxxxxxxxx
# xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
# Path loss (in linear scale) from the cell center to
path_loss_border = path_loss_obj.calc_path_loss(cell_radius)
noise_var = conversion.dBm2Linear(N0_dBm)
snr = conversion.dB2Linear(SNR_dB)
transmit_power = snr * noise_var / path_loss_border
# External interference power
pe = conversion.dBm2Linear(Pe_dBm)
# Cell Grid
cell_grid = cell.Grid()
cell_grid.create_clusters(num_clusters, num_cells, cell_radius)
# xxxxxxxxxx Transmission Parameters xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
NSymbs = 500 # Number of symbols (/stream /user simulated at each iteration
SNR_dB = 15.
N0_dBm = -116.4 # Noise power (in dBm)
# xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
# xxxxxxxxxx External Interference Parameters xxxxxxxxxxxxxxxxxxxxxxxxxxxxx
Pe_dBm = 10 # transmit power (in dBm) of the ext. interference
ext_int_rank = 1 # Rank of the external interference
# xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
# xxxxxxxxxx General Parameters xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
rep_max = 10000 # Maximum number of repetitions for each
pbar = progressbar.ProgressbarText(
rep_max,
message="Simulating for SNR: {0}, Pe_dBm: {1}".format(SNR_dB, Pe_dBm))
# xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
# xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
# xxxxxxxxxx Dependent parameters (don't change these) xxxxxxxxxxxxxxxxxxxx
# xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
# xxxxxxxxxx Path loss (in linear scale) from the cell center to xxxxxxxxxx
path_loss_border = path_loss_obj.calc_path_loss(cell_radius)
noise_var = conversion.dBm2Linear(N0_dBm)
snr = conversion.dB2Linear(SNR_dB)
transmit_power = snr * noise_var / path_loss_border
# External interference power
pe = conversion.dBm2Linear(Pe_dBm)
# xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx