A novel algorithm for solving two-objective fuzzy transportation problems
Journal Title: Scientific Journal of Pure and Applied Sciences - Year 2014, Vol 3, Issue 5
Abstract
A new method is proposed for finding efficient solution sets for fuzzy two objective transportation problems using ranking function and percent of function one solution is introduced for transportation problem and explained with the proposed model. Decision maker can obtain efficient solutions with the proposed method and selects the most preferred one among them.
Authors and Affiliations
A. Sheikhi| Department of Mathematics, Baghmalek Branch, Islamic Azad University, Baghmalek, IRAN.
Keywords
Related Articles
- EP ID EP348
- DOI 10.14196/sjpas.v3i5.1385
- Views 473
- Downloads 24
Urban sustainable development (case study Darreh Shahr city)
Appraisement and report of cities sustainable development have started in some counties especially in the developed countries,for some years and their main goal is investigating the sustainability or unsustainability o...
Analysis tourism potentials of Kermanshah province, Iran, in GIS environment: a case of study intensive and extensive ec
Kermanshah province of Iran , with unique features such specific animal and plant species, very suitable climate , roaring waterfalls and etc. currently, as a ecotourism region is used by so Many people And has the cap...
Direct solution to problems of static sharp waves in shallow-water
The study of hydrodynamic canals is the first step in canals design, sediment transport, erosion, dissemination of pollution and other phenomena related to canals. When in canals, depth or flow rate is suddenly changed...
Description the role of women's participation in derelopment
In recent years when development and rural development and villagers, participation in development was set forth for .In most of development programs. Public participation gaining and its role in development has been neg...
Mathematical model to predict the transport of dissolved arsenic in groundwater influenced by seepage velocity
Development of mathematical model to predict the transport of dissolved arsenic in groundwater influenced by seepage velocity has been carried out. This model was developed to monitor the rate of concentration at diffe...