Research Article
Constraint Consensus Based Artificial Bee Colony Algorithm for Constrained Optimization Problems
Table 3
Constraint consensus algorithm.
| Inputs: | a set of constraints | | an initial point x | | a feasibility distance tolerance | | a movement tolerance | 1 | NINF = 0, for all | 2 | for every constraint | | 2.1 if is violated | | 2.1.1 Find the feasibility vector and the feasibility distance | | 2.1.2 if the feasibility distance is greater than | | NINF = NINF+1 | | for every variable in | | | | end for | | end if | | end if | | end for | 3 | if NINF = 0, then exist successfully | 4 | for every variable | | | | end for | 5 | if then exit unsuccessfully | 6 | | 7 | if necessary, reset to respect any violated variable bounds | 8 | Go to step1 |
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