consider two-level production and assembly system and proposed a method for finding a planned lead time and periodic order quantity (POQ).
The lead time of all components is uncertain and periodic order quantity (POQ) policy is utilized for the planning of components.
At the current research multilevel assembly system with partial backlogging, components scrap, and POQ policy is considered.
This model utilized MRP approach with periodic order quantity (POQ) policy utilized for the supply planning of components.
In this study, multiperiod and multilevel production systems under lead-time uncertainties, periodic order quantity (POQ) policy, and partial backordering were considered.
In each production cycle, the production for needs of P periods should be produced, because the ordering system is POQ. Table 2 shows a multiperiod assembly system for P = 4.
An MRP approach with periodic order quantity (POQ) policy is utilized for the supply planning of components.
Al-Ahmari, "Optimal MRP offsetting for assembly systems with stochastic lead times: POQ policy and service level constraint," Journal of Intelligent Manufacturing, vol.
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