Farm Planning by Fuzzy Multi Objective Programming Model

Farm Planning by Fuzzy Multi Objective Programming Model

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In current study, Fuzzy Design and Performance Analysis of Axial Flux Permanent Magnet Machines with Double-Stator Dislocation Using a Combined Wye-Delta Connection Goal Programming (FGP) model by considering a set of social and economic goals, was applied to optimal land allocation in Koshksaray district, Marand city, East Azarbaijan province, Iran.Farmer goals including total cultivable area, factor of production, production levels of various crops and total expected profit were considered fuzzily in establishment of the model.The goals were considered by 16 scenarios in the form of single objective, compound and priority structures.Results showed that, cost minimization in single objective and compound scenario is the best as compared with current conditions.In priority structure, scenario 10 Cinco notas sobre a música e os instrumentos musicais populares em Portugal with priorities of profit maximization, cost minimization, satisfying of production goals considering cost minimization and production goals, and scenario 13 with priorities of profit maximization, satisfying factor of production goals, cost minimization and fulfilling production goals, had minimum Euclidean Distance and satisfied the fuzzy objectives.

Moreover, dry barley, irrigated and dry wheat and irrigated barely had maximum and minimum cultivated area, respectively.According to the findings, by reallocation of resources, farmers can achieve their better goals and objectives.