Lead-time hedging and coordination between manufacturing and sales departments using Nash and Stackelberg games.
Yinan HuYongpei GuanTieming LiuPublished in: Eur. J. Oper. Res. (2011)
Keyphrases
- lead time
- nash equilibria
- nash equilibrium
- game theory
- reorder point
- supply chain
- multiagent learning
- stackelberg game
- game theoretic
- cooperative
- incomplete information
- multi agent systems
- inventory systems
- lot sizing
- inventory costs
- total cost
- service level
- single item
- inventory control
- production planning
- lot size
- mixed strategy
- stochastic lead times
- single product
- assembly systems
- leader follower
- planning horizon
- random variables
- utility function
- setup cost
- single stage
- risk management
- holding cost
- multi agent
- manufacturing systems
- production process
- inventory level
- equilibrium strategies
- raw material
- dynamic pricing
- infinite horizon
- lost sales
- supply chain management
- optimal solution
- standard deviation
- data mining
- worst case
- stochastic demand
- multistage
- customer service