Two decomposition-based modem metaheuristic algorithms for multi-objective optimization — A comparative study
Miguel A. Medina, Swagatam Das, Carlos A. Coello Coello, Juan Manuel Ramirez · 2013
This paper presents the multi-objective variants of two popular metaheuristics of current interest, namely., the artificial bee colony algorithm., and the teaching-learning-based optimization algorithm. These two approaches are used to solve real-parameter., bound constrained multi-objective optimization problems. The proposed multi-objective variants are based on a decomposition approach., where a multi-objective optimization problem is transformed into a number of scalar optimization sub-problems which are simultaneously optimized. The proposed algorithms are tested on seven unconstrained test problems proposed for the special session and competition on multi-objective optimizers held at the 2009 IEEE Congress on Evolutionary Computation as well as on five classical bi-objective test in-stances. The proposed approaches are compared with two de-composition-based multi-objective evolutionary algorithms which are representative of the state-of-the-art in the area. Our results indicate that the proposed approaches obtain highly competitive results in most of the test instances.