ABSTRACT
ABSTRACT: The main objective of this paper is to address the various uses of water to an ideal weight ratio, solve the storage and movement, form saline alkali, and protect the water during the process, covering the economic, physical, and environmental benefits. The Analytic Hierarchy Process (AHP) model is adopted to filter all the influencing factors and extract the final 10 criteria to determine the use of water in these three parts. After computing their weights, the abstract problem is successfully transferred to a mathematical model. The second step that we refer to is the grey correlation model to further determine the priority order of different states in the water using the calculated weight ratio. Due to the geographical location and climate change in the United States, in particular, we confirm the temperature coefficient, in this study, in every aspect of the water demand that can be in some densely populated areas and the lack of water in the area. By using these two models, through which we will model the multi-objective decision analysis model and genetic algorithm, and combined with all the water supply in each country’s three regional branches of the classification, the final optimal solution can be obtained.
