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首页> 外文期刊>Journal of Hydroinformatics >An object-oriented development environment to optimally design cyclic storage systems
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An object-oriented development environment to optimally design cyclic storage systems

机译：面向对象的开发环境，以优化设计循环存储系统

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Cyclic storage system (CSS) is defined as physically interconnected and operationally integrated surface water and groundwater subsystems with full direct interactions between the subsystems. Mathematical development and implementation of a CSS model is very complex and all previous works are fully case dependent with a minimum possibility of generalization. This article proposes an integrated development environment called CSSDev, which assists researchers to create and design object-oriented CSS models more easily. Using CSSDev, researchers may skip regeneration of repetitive simulation codes for common elements of a CSS. CSSDev employs NSGA-II to optimally select the design parameters of the models. Two objective functions of the optimization problem are system's total costs and total loss associated with the development alternatives. A real-world large-scale CSS has been modeled and optimized to illustrate the performance of CSSDev. The final Pareto-front is presented and two selected solutions from the set of optimal non-dominated ones are evaluated and discussed.
机译：循环存储系统（CSS）定义为物理互连和可操作集成的地表水和地下水子系统，各子系统之间具有完全直接的相互作用。 CSS模型的数学开发和实现非常复杂，所有以前的工作都完全取决于大小写，并且泛化的可能性很小。本文提出了一个称为CSSDev的集成开发环境，它可以帮助研究人员更轻松地创建和设计面向对象的CSS模型。使用CSSDev，研究人员可以跳过针对CSS常见元素的重复仿真代码的重新生成。 CSSDev使用NSGA-II来最佳选择模型的设计参数。优化问题的两个目标功能是系统的总成本和与开发备选方案相关的总损失。已对现实世界中的大型CSS进行了建模和优化，以说明CSSDev的性能。提出了最终的Pareto前沿，并评估和讨论了从最优非支配解中选择的两个解。

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