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Approximate dynamic programming for management of high/value spare parts
Hugo Simao, Warren Buckler Powell
Operations Research & Financial Engineering
High Meadows Environmental Institute
Research output
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Contribution to journal
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Article
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peer-review
41
Scopus citations
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Keyphrases
Approximate Dynamic Programming
100%
Spare Parts
100%
Warehouse
100%
Inventory Level
66%
Solution Approach
66%
Value Function
33%
Policy Recommendations
33%
Design Methodology
33%
Major Components
33%
Low Volume
33%
Non-stationary Demand
33%
Low-frequency Observations
33%
Demand Satisfaction
33%
Inventory Problem
33%
Aircraft Fleet
33%
Inventory Policy
33%
Network Scenarios
33%
Aircraft Manufacturers
33%
Frequency Demand
33%
Random Failure
33%
Engineering
Dynamic Programming
100%
Warehouses
100%
Spare Part
100%
Inventory Level
66%
Major Component
33%
Value Function
33%
Random Failure
33%
Aircraft Manufacturer
33%
Computer Science
Dynamic Programming
100%
Inventory Level
66%
Function Value
33%
Policy Recommendation
33%
Major Component
33%
Network Scenario
33%
Social Sciences
Dynamic Programming
100%
Vehicle Fleet
33%
Economics, Econometrics and Finance
Spare Part
100%