Research Article
Design and Solution of a Surrogate Model for Portfolio Optimization Based on Project Ranking
| Input: , , max_iter, | | Output: The new set of portfolios NS | | Begin PROCEDURE | | (1) Initialize Iter = 0, pheromone matrix and | | (2) Construct an initial portfolio | | (3) Repeat | | (4) Initialize | | (5) <- GenerateFeasibleSolutions() | | (6) <- Perform local search to the set | | (7) Calculate objective functions of Problem (2) on the set | | (8) <- Generate non-dominated fronts on | | (9) Updating the pheromone matrix with the set | | (10) Assign | | (11) iter = iter + 1 | | (12) until (iter = max_iter) | | (13) <- Generate non-dominated fronts on | | (14) returnāā | | End PROCEDURE |
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