# Table 1 Simulation parameters

SymbolsValuesDescription
$$\sigma _{0,1}^{2} = E\left [ {{{\left | {{h_{0,1}}} \right |}^{2}}} \right ]$$0.0625 for (d=2, r=4)Channel gain from BS to U1
$$\sigma _{0,2}^{2} = E\left [ {{{\left | {{h_{0,2}}} \right |}^{2}}} \right ]$$0.0514 for (d=2.1, r=4)Channel gain from BS to U2
$$\sigma _{0,E}^{2} = E\left [ {{{\left | {{h_{0,E}}} \right |}^{2}}} \right ]$$0.0514 for (d=2.1, r=4)Channel gain from BS to E
$${\alpha _1} = {\sigma _{0,2}^{2}} \left / \delta \right.$$0.4514 for $$\delta = {\sum \nolimits }_{i = 1}^{2} {\sigma _{0,i}^{2}}$$Allocation power factor of U1
$${\alpha _2} = {\sigma _{0,1}^{2}} \left / \delta \right.$$0.5486 for $$\delta = {\sum \nolimits }_{i = 1}^{2} {\sigma _{0,i}^{2}}$$Allocation power factor of U2
$$R_{1}^{*}$$0.1 BPCUBit rate threshold of U1
$$R_{2}^{*}$$0.1 BPCUBit rate threshold of U2
ρ0OptionalSNRs at BS
SOptionalThe antennae at BS
UOptionalThe antennae Ui and E
1. Note: Monte Carlo simulation based on 106 random samples of each h0,i channel