OLSR Control Overhead and Power Consumption Reduction using Game Theory.
Teerapat SanguankotchakornSupattra WiriyapantThanapol SaengsrichunPublished in: Netw. Protoc. Algorithms (2015)
Keyphrases
- power consumption
- game theory
- low power
- game theoretic
- power reduction
- power management
- energy efficiency
- power saving
- cooperative
- mechanism design
- nash equilibrium
- multi agent systems
- water level
- fictitious play
- cooperative game theory
- battery powered
- data center
- energy saving
- low power consumption
- battery life
- multi agent learning
- resource allocation
- control system
- statistical physics
- real time
- low cost
- intelligent control
- nash equilibria
- evolutionary game theory
- incomplete information
- wireless sensor networks
- multi agent