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Asymptotically Optimal Inventory Control for Assemble-to-Order Systems
Martin I. Reiman
, Haohua Wan
,
Qiong Wang
Industrial and Enterprise Systems Engineering
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peer-review
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Keyphrases
Allocation Policy
50%
Assemble-to-order
50%
Assemble-to-order System
100%
Asymptotic Optimality
50%
Asymptotically Optimal
100%
Backlog
100%
Base-stock Policy
50%
Bill of Materials
100%
Component Allocation
50%
Component Availability
50%
Convergence Results
50%
Demand-driven
50%
Diffusion Scale
50%
Eter
50%
Four-step
50%
General Convergence
50%
Inventory Control
50%
Inventory Cost
50%
Inventory Policy
50%
Inventory System
50%
Long Lead Time
50%
Material Availability
50%
Multi-stage Stochastic Program
50%
Optimal Inventory Policy
100%
Percentage Difference
50%
Replacement Policy
50%
Stochastic Tracking
50%
Total Inventory Cost
50%
Tracking Model
50%
Unsatisfied Demand
50%
Mathematics
Asymptotics
100%
Convergence Result
50%
Inventory Policy
50%
Optimality
50%
Stochastics
100%
Computer Science
Allocation Policy
50%
inventory cost
100%
Unsatisfied Demand
50%
Economics, Econometrics and Finance
Make-to-Order
100%