Research Article

An Efficient Approximation for Nakagami-m Quantile Function Based on Generalized Opposition-Based Quantum Salp Swarm Algorithm

Table 6

Coefficients of the proposed expression computed by GO-QSSA when the fading parameter varies from 0.5 to 10 and the scaling parameter is set to 2.


0.51.10430.50720.88190.4577
0.60.91660.73190.54340.2766
0.71.14860.74400.5821-0.2042
0.80.84660.82240.48350.2209
0.90.78720.89120.43930.1898
1.00.73610.94360.40410.1730
1.50.56021.07860.29430.1656
2.00.45591.12930.23420.1860
2.50.38611.15310.19570.2063
3.00.33581.16600.16860.2234
3.50.29771.17360.14840.2375
4.00.26771.17850.13270.2491
5.00.22331.18410.10990.2670
6.00.19191.18700.09400.2799
7.00.16851.18880.08230.2896
8.00.15021.19010.07330.2971
9.00.13571.19090.06610.3031
10.00.12371.19160.06020.3080