
Conclusion 217
X
2
= {8.1158, 0.9376, −0.2925, 9.1898, 5.1548}
−{−0.8923, 1.8009, −1.2525, −0.8959, 1.8390}
·{6.9834, 5.0604, 3.2607, 1.6099, 0.2644}
= {−1.2289, 0.0369, 10.0896, 4.5571, 4.3765}
X
3
= {6.2945, −4.4300, 9.1433, 5.8441, 3.5747}
−{−1.6115, −0.2450, −0.2177, 0.6204, 0.3411}
·{7.3214, 11.5253, 18.4015, 8.8641, 4.5395}
= {20.0658, 12.1217, −3.1571, −14.7850, −3.7038}.
The new solutions in the population are generated as shown in Equation 16.7
and we obtain the following new
X
1
= {5.4784, 1.7476, −2.3287, −2.3924, 1.5022}.
In step thirteen, the objective function of each solution in the new population
is calculated and we obtain the following v