This algorithm improves computational efficiency in multi-objective optimization, suggesting advantages over traditional methods.
Abstract Non-dominated sorting is a crucial component of multi-objective evolutionary algorithms. However, efficient and straightforward Pareto-based non-dominated sorting algorithms remain scarce. This paper presents a new non-dominated sorting strategy, called Sequence Sort, which achieves a best-case computational complexity of O(MN√N), where N is the population size and M is the number of objectives. Sequence Sort adopts strategies combining presorting and solution marking. Comparative experiments with four mainstream non-dominated sorting algorithms demonstrate that Sequence Sort offers a clear advantage in computational efficiency, providing a more effective and reliable approach for solving multi-objective optimization problems.
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Yi et al. (2025) studied this question.
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