Volume 13 Number 4 Year - 2019

Number of articles: 20


Authors: Bruno Cretú, Dalila B. M. M. Fontes, Seyed Mahdi Homayouni

Abstract: This paper addresses a distribution problem involving a set of different products that need to be distributed among a set of geographically disperse retailers and transported from the single warehouse to the aforementioned retailers. The distribution and transportation are made in order to satisfy retailers' demand while satisfying storage limits at both the warehouse and the retailers, transportation limits between the warehouse and the retailers, and other operational constraints. This problem is combinatorial in nature as it involves the assignment of a discrete finite set of objects, while satisfying a given set of conditions. Hence, we propose a genetic algorithm that is capable of finding good quality solutions. The genetic algorithm proposed is used to a real case study involving the distribution of eight products among 108 retailers from a single warehouse. The results obtained improve on those of company's current practice by achieving a cost reduction of about 13%.

Keywords: Genetic Algorithms, Multi-Product, Distribution Problem

DOI: 10.24874/IJQR13.04-11

Article info: pp. 901-914

Recieved: 18.06.2019  Accepted: 05.09.2019  UDC: 339.188   Downloads: 816

List of authors and titles