In an environment of mass customization where demand information can be placed in advance with sequencing orders, the question of the best use of this information arises in a supply chain. This situation led the authors to analyze the efficiency of current mechanisms of scheduling coordination...

The transition from synchronous supplies to synchronous production represent a possible alternative to the neighbourhood logistics configurations, especially in the automotive industry. It allows to gain, on certain conditions, efficiency and more manoeuvrability faced with a strong variability...

Dans une chaîne logistique composée d’une ligne d’assemblage (client industriel), dédiée à une production de masse de produits diversifiés et d’une unité de production (fournisseur), approvisionnant un poste de cette ligne en composants alternatifs, se pose la question du choix de...

This paper presents an integer programming formulation for the sequencing problem in mixed-model assembly lines where the number of temporarily hired utility workers and the number of sequence-dependent setups are to be optimized simultaneously through a cost function. The resultant model offers...

In an upstream supply chain dedicated to the mass production of customized products, many sources create production instability: the level and structure of production in the final assembly line, variability of lead times, quality issues, packaging and loading constraints on transportation,...

Dans une chaîne logistique - amont orientée vers la production de masse de produits diversifiés, de nombreuses sources d’instabilité de la production et des approvisionnements existent : le niveau et la structure de la production de l’assemblage final, la variabilité des délais...

In an upstream supply chain (USC) dedicated to the mass production of customized products, decentralized management is possible and performing in the steady state, if all the links that precede the final assembly line use periodic replenishment policies. These policies require appropriate safety...