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A flexible methodology to sectorize water supply networks based on social network theory concepts and multi-objective optimization

机译:基于社会网络理论概念和多目标优化的一种灵活的供水网络分区方法

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摘要

A novel methodology to sectorize water supply networks (WSNs) depending on a main transmission line is presented in this paper. The methodology is based on concepts derived from the social network theory and graph theory (namely, community detection and shortest path respectively); and also on a multi-objective optimization process by means of agent swarm optimization (ASO). A series of energy, operative, and economic criteria are optimized in this process. The core idea is to form sectors over the distribution network based on communities found using a community detection algorithm (Walktrap). The methodology is flexible and enables the technical staff in water utilities to make decisions at different stages. It has been tested by generating four feasible solutions over a portion of a real WSN.
机译:本文提出了一种根据主要输电线路对供水网络(WSN)进行分区的新颖方法。该方法基于社会网络理论和图论的概念(分别是社区发现和最短路径);以及通过代理群优化(ASO)进行的多目标优化过程。在此过程中优化了一系列能源,操作和经济标准。核心思想是根据使用社区检测算法(Walktrap)找到的社区,在配电网络上形成部门。该方法灵活,可以使水务部门的技术人员在不同阶段做出决策。它已经通过在实际WSN的一部分上生成四个可行的解决方案进行了测试。

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