Ratios

Relevance

Typical signals relevance

Formula

Relation

SINR

$\frac{T_0\cdot c}{N+{\displaystyle {\sum }_i{I}_i}}$

BER, FER

SNAR

$\frac{{\mu }_1+{\mu }_2}{{\sigma }_1+{\sigma }_2}$

BER

BER

$0.5\times erfc\left(sqrt\left(10^\left(\frac{{\mu }_1+{\mu }_2}{20\left({\sigma }_1+{\sigma }_2\right)}\right)\right)\right)$

SNAR

$Q\left(\sqrt{E{\left(SIN{R}_K\right)}_{\infty }}\right)$

SINR

Occupied Bandwidth

$R_S\cdot K\left(1+\alpha \right)$

S_eff , BER, Power, SINR, Data Rate

Spectral Efficiency (S_eff)

$\frac{K}{K\left(1+\alpha \right)}$

Occupied Bandwidth, Power

Frame Error Rate (FER)

$FER\le {\displaystyle \sum _{m=t+1}^{n_{FEC}}\left(\begin{array}{c}n\\ m\end{array}\right)P{\text{e}}^m{\left(1-P\right)}^{n-m}}$

SINR, Power

Power

${\displaystyle \int {\left|Signal\right|}^2\text{d}t}$

SINR

Data Rate

$R_S\cdot K\left(\frac{K_{FEC}}{n_{FEC}}\right)\cdot \left(\frac{T_{TX}}{T_{TX}+T_{RX}}\right)\cdot \left(\frac{L}{L_{\max }}\right)$

Power, S_eff