RO EN
The multiobjective transportation fractional programming model
Authors: Alexandra I. Tkacenko
Keywords: Multiobjective problem, optimization, linear-fractional criterion, basic efficient solution, bottleneck restriction.
– 0.14 Mb
Keywords: Multiobjective problem, optimization, linear-fractional criterion, basic efficient solution, bottleneck restriction.
Abstract
In this paper the multiobjective transportation problem of linear-fractional type with one nonlinear time constraint criterion is investigated. Particularly, the case of the identical denominators is studied. The concrete procedure to find the set of all basic efficient solutions for this model is proposed. This algorithm is tested on an annexed example.Department of Applied Mathematics, Moldova State University,
60 Mateevici str.
Chisinau, MD-2009, Moldova.
E-mail:
60 Mateevici str.
Chisinau, MD-2009, Moldova.
E-mail:
Fulltext
– 0.14 Mb
Contents
- Communication Equivalence Classes in Networks
- An algorithm for solving a class of knapsack problems and its generalization
- On stability of an optimal situation in a finite cooperative game with a parametric concept of equilibrium (from lexicographic optimality to Nash equilibrium)
- On stability in game problems of finding Nash set
- The maximum flow in dynamic networks
- The multiobjective transportation fractional programming model
- A New Approach in Agent Path-Finding using State Mark Gradients
- A Case-Based Reasoning for Regulation of an Urban Transportation Network
- Experience of Macroeconomic Models Realization in Transition Economy
- About a family of C2 splines with one free generating function
- The comparative analysis of implementation practices of e-government services
- Electronic Services in Public Administration (e-government); Privacy and Freedom of Information. (review of study made for situation in Moldova)
