Exact(1)
The children solutions are evaluated and the whole cycle repeats until desirable termination criterion is attained (Kadkhodaie-Ilkhchi et al. 2009; Ghiasi-Freez et al. 2012).
Similar(58)
After mutation is applied to a selection of the child solutions, the newly created solutions are inserted back into the gene pool.
The child solutions are generated with randomly invoked GA operators.
After the evaluation step, reproduction procedures generate child solutions by applying mutations and a crossover to a parent population.
In the reproduction step of MODENA, in accordance with NSGA2, 16, 19 we generate Np child solutions from the parent Np solutions.
After evaluating the objective functions, in accordance with NSGA2, 16, 19 MODENA assigns a dominance rank to each solution and determines the Np parent solutions for the next GA generation as follows: Step 1 We set R = (Np parent solutions) + (Np child solutions).
Once the child solution(s) have been created, the second step is mutation.
First, a crossover operator is used to create the child solution(s) from the parents selected.
By producing a "child" solution using the above methods of crossover and mutation, a new solution is created which typically shares many of the characteristics of its "parents".
Then, we scan the c ichild (1 ≤ i ≤ N ) of the child solution from the 5′ end.
In error diagnosis mutation operator, first we copy the nucleotide s iparent and connection information c iparent of a parent solution to the s ichild and c ichild of a child solution for all i (1 ≤ i ≤ N ), respectively; here we copy the c iparent, which is assigned to the parent solution by a direct problem solver, to the child solution.
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