CONCEPTUAL MODEL OF MIXED-INTEGER LINEAR PROGRAMMING WATER DISTRIBUTION SYSTEM

IF 0.4 Q4 MATHEMATICS, APPLIED
Habiba Babangida Awwalu, N. Abdullahi, M. Hussaini
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引用次数: 1

Abstract

Water is a basic part of our daily lives, as such effective water supply is of paramount importance. Thus, as a result of the rise in population size and water shortage there is the need for proper, suitable and optimal utilization of water resources to efficiently be distributed among the populace. The proper allocation and distribution of water in the field of network planning need to be modelled through mathematical parameters for objective of water distribution system. This mathematical approach requires of solving an optimization problem based on multi-objective function subjected to certain constraints of mixed integer linear programming objective function which is proportional to the cost of the water distribution network. This study present a conceptual model of multi-objective optimization proposed for determination of design parameters of water distribution system by considering the significant number of constraints, decision variables, cost and reliability objective functions. The model was proposed to solve the reliability problem of water production and reduce the design and operational costs.
混合整数线性规划配水系统概念模型
水是我们日常生活的基本组成部分,因此有效的供水至关重要。因此,由于人口规模的增加和水的短缺,需要适当、适当和最佳地利用水资源,以便在人口中有效地分配。在管网规划领域,用水的合理分配需要通过配水系统目标的数学参数进行建模。这种数学方法要求在混合整数线性规划目标函数与配水管网成本成正比的一定约束下,求解一个基于多目标函数的优化问题。本文提出了考虑大量约束条件、决策变量、成本和可靠性目标函数的配水系统设计参数确定的多目标优化概念模型。该模型的提出是为了解决出水可靠性问题,降低设计和运行成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
1.40
自引率
0.00%
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0
审稿时长
21 weeks
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