M. Diaz-Madroñero Boluda, M. Jiménez López, J. Mula, F. Comer
In this paper, we address the decision making about new facility implementations and global supplier network development with a quantitative perspective focused on small and medium-sized enterprises (SMEs). In the last years, SMEs have begun the internationalisation of their manufacturing operations process and manage more complex productive and supplier networks in a globalised market. In order to provide a decision-making tool for logistics and operations managers, a new multi-objetive mathematical programming model is proposed and validated with a case study inspired in a real-world SME which is solved adjusting the obtained values for each objective function to the decision maker preferences, expressed in terms of the relative weights according to the importance given by him/her. In order to show its feasibility and usefulness, the proposed model is applied to the possible different business scenarios that the examined company has to face in the following years.
Palabras clave: Optimización multiobjetivo; programación matemática; dirección de operaciones
Programado
MIO-2 Métodos y Aplicaciones de la Investigación Operativa
6 de septiembre de 2019 15:30
I2L5. Edificio Georgina Blanes