Research Article

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

Table 5

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 1.


0.50.81770.36880.93290.3072
0.60.74950.44590.66580.2240
0.70.69450.53330.56530.1213
0.80.64690.60160.50270.0649
0.90.60530.65290.45650.0367
1.00.56900.69150.41970.0244
1.50.44010.78840.30480.0388
2.00.36180.82320.24230.0735
2.50.30900.83890.20220.1027
3.00.27080.84700.17410.1257
3.50.24170.85160.15320.1439
4.00.21870.85430.13700.1587
5.00.18450.85710.11340.1810
6.00.16020.85820.09700.1971
7.00.14180.85870.08480.2093
8.00.12740.85880.07550.2188
9.00.11570.85880.06800.2265
10.00.10610.85870.06200.2328