首页> 外文会议>Paralle CFD(Computational Fluid Dynamics) Conference; 20040524-27; Las Palmas de Gran Canaria(ES) >Optimal placement of wastewater outfalls using an internet-based distributed computing environment and a 3D finite volume model of pollutant dispersion in offshore waters
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Optimal placement of wastewater outfalls using an internet-based distributed computing environment and a 3D finite volume model of pollutant dispersion in offshore waters

机译:使用基于Internet的分布式计算环境和近海污染物扩散的3D有限体积模型来优化废水排污口

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摘要

In this paper we solve a state constrained optimal control problem using an intelligent system based on evolutionary self-learning computation under a parallel implementation linked to the Flexible Evolution Agent using an Internet-based distributed computing environment. We try to find the optimal locations of liquid waste dumping sites in offshore waters, in order to verify that the concentration of a considered pollutant does not exceed a pre-established limitation, either at a specific distance from the shore or in different protected areas such as fish hatcheries. Simultaneously, we try to minimise the required investment and hydraulic infrastructure costs.
机译:在本文中,我们使用基于演化自学习计算的智能系统,在基于Internet的分布式计算环境下链接到Flexible Evolution Agent的并行实现下,使用智能系统解决了状态受限的最优控制问题。我们试图找到离岸液体废物倾倒场的最佳位置,以验证所考虑的污染物的浓度在距海岸一定距离或在不同的保护区域内均不超过预先设定的限制。作为鱼类孵化场。同时,我们尝试将所需的投资和液压基础设施成本降至最低。

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