Multi-criteria supply chain network design using interactive decision maps
2021
Fragoso, Rui | Bushenkov, Vladimir | Ramos, Manoel João
Growing concerns about sustainability lead decision-makers to include in the supply chain network design, environmental and social impacts as well as economic objec tives, which requires a balanced multi-criteria approach. In this paper, a multi objective mixed integer model for a regional supply chain network of a fish processing industry is developed. The model and decision-making process is analysed using approximation and visualization of Pareto frontier in criteria space in the form of Interactive Decision Maps. For test purposes, the data of the network of tilapia fil let processing in West Paraná, Brazil, are used. A reasonable strategy is formulated, representing a compromise between different conflicting criteria in the supply chain — profit, carbon dioxide emissions, number of suppliers, number of hired workers, costs and revenue
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