Sentence examples for replenishment model from inspiring English sources

This paper combines the separate works on substitution and joint replenishment and proposes a solution procedure for solving the joint replenishment model with substitution (JRMS) for two products within the framework of the classical economic order quantity model.

Results demonstrate that if each chain member uses generalized OUT policy as replenishment model, there still exists CFB in both chains and CFB largely stems from rationing and shortage gaming in both centralized and decentralized supply chain.

When products are coupled to the same cycle, the joint replenishment model (JRM) is used to determine optimal inventory levels, where the amount to order (for each item) is designed to minimize the joint holding and ordering costs based on a given demand.

In the replenishment model, a commodity item is sent to the customer every month.

On the Amazon website, for example, customers can choose to purchase an item one time or use the Subscribe & Save replenishment model.

Ting and Chung (1994) analyzed the inventory replenishment model for deteriorating items with a linear trend in demand considering shortages.

At one U.S. apparel retail chain, for example, the pilot project at a small subset of stores used machine learning for online product recommendations, predictions for optimal inventory and rapid replenishment models, and most difficult of all merchandising.

I have also read that replenishment models hold the most promise in the subscription commerce space.

Collaborative solutions, such as the Collaborative Planning, Forecasting and Replenishment (CPRF) model, are not fully automatized and remain poorly suited for enhancing the relation between manufacturers and transport operators.

A two-replenishment-mode model, with random expediting points is established and an innovative ordering policy (S, e) which replenishes the inventory level to S in every cycle and expedites a part of the order using fast mode when the inventory level drops to or below a certain level e, is proposed.

These current responses display the typical characteristics as experimental responses, with increased peak release rates and shorter time-to-peak are observed for higher concentrations, but obviously do not reproduce the increased standing currents towards the end of depleting stimuli (0.5M or higher; Figure 3A1), because of the lack of replenishment in this model.