该算法采用了两两竞赛的选择算子、聚集度、违约度来处理多目标约束优化。
This paper proposes genetic algorithms using tournament selection, niche count, and violation degree to solve this problem.
此外,提出了这种具有概率约束多目标随机规划问题的一种有效解模型。
In addition, the efficiency solution scheme of this problem is given, after the multiple objective stochastic programming with probabilistic constrained is discussed.
采用多目标、多约束的优化方法,以悬臂施工主梁的斜拉桥为例,建立了施工阶段的优化模型,并给出算例。
Based on the cable-stayed bridge using method of cantilever, the paper establishes the optimization model of construction phase with multi-objective and multi-constraint and gives the example.
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