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The causes and determination of safety stocks in upstream supply chains for mass production of customized products

Camisullis, Carole; Giard, Vincent; Mendy-Bilek, Gisele - HAL - 2010

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,...

Persistent link: https://www.econbiz.de/10010821238

The information to share in upstream supply chains dedicated to mass production of customized products for allowing a decentralized management

Camisullis, Carole; Giard, Vincent; Mendy-Bilek, Gisele - HAL - 2010

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...

Persistent link: https://www.econbiz.de/10010899747

Mitigating Supply Chain System Entropy by the Implementation of RFID

Saikouk, T.; Zouaghi, I.; Spalanzani, A. - HAL - 2011

-time information sharing concerning product and inventory levels through RFID reduces entropy and limits its effects on the supply …

Persistent link: https://www.econbiz.de/10011025782

PERFORMANCE ASSESSMENT OF DISTRIBUTED INVENTORY IN PHYSICAL INTERNET

Pan, Shenle; Nigrelli, Michele; Ballot, Eric; Sarraj, Rochdi - HAL - 2013

inventory kept in others locations. Within the Physical Internet approach, inventories are distributed in hubs towards the … and inventory costs with service level set as a constraint. The analysis focuses on the resources levels (transportation … and inventory) needed by the current supply model and by the Physical Internet in order to serve a market with a (Q …

Persistent link: https://www.econbiz.de/10010820915