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Many cities around the world face the flooding management problems as extreme rainfall events have become more frequent. It&#x2019;s of great practical significance to design an effective urban drainage system (UDS) to improve the stormwater runoff quality. An integrated decision-making analysis framework based on many-objective brain storm optimization is proposed to make the optimal design of UDS. Firstly, a generic mathematical model is presented considering five objectives simultaneously. Secondly, an effective many-objective brain storm optimization based on local region dominance is designed as the solver of the model and a set of Pareto-optimal solutions are obtained. Thirdly, two kinds of multi-attribute decision analysis methods are introduced to rank the Pareto-optimal solutions. Fourthly, the comparison experiments of a case study with three multi-objective swarm intelligence algorithms show the promising performance of the integrated decision-making framework and the corresponding optimization algorithm.

An Integrated Decision-Making Framework Based on Many-Objective Brain Storming Optimization for Urban Drainage System Design