From: Adaptive coding and modulation using imperfect CSI in cognitive BIC-OFDM systems
Optimization of E, m and r |
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Set AEGPopt=0 |
Set \(E=\min \left (\min _{q\in \mathcal {Q}}\frac {\mathcal {I}_{q}}{\sum _{l\in {\mathcal {N}}}(|(\boldsymbol {\mu }_{\mathbf {G}|\mathbf {CSI}}^{(q)})_{l}|^{2}+(\mathbf {C}_{\mathbf {G}|\mathbf {CSI}}^{(q)})_{l,l})},\frac {E_{\text {max}}}{|{\mathcal {N}}|}\right)\) |
For \(m\in \mathcal {D}_{\mathrm {m}}\) |
Set \(m_{k}=m,\quad \forall k \in \mathcal {N}\) |
For \(r\in {\mathcal {D}}_{r}\) |
Set AEGP according to (17) |
If AEGP≥AEGPopt Then |
Set AEGPopt=AEGP |
Set r opt=r |
Set m opt=m |
End If |
End For |
End For |