A distributed joint topology control and forwarding protocol in MANETs using game theory.
Yaghoub Alizadeh GovarchinghalehMasoud SabaeiOmid TavallaiePublished in: Int. J. Ad Hoc Ubiquitous Comput. (2016)
Keyphrases
- game theory
- topology control
- transmission power
- mobile ad hoc networks
- wireless sensor networks
- cooperative
- packet forwarding
- ad hoc networks
- network connectivity
- game theoretic
- multi agent systems
- statistical physics
- mechanism design
- energy consumption
- nash equilibrium
- routing protocol
- multi hop
- energy efficiency
- resource allocation
- peer to peer
- network simulator
- distributed systems
- network layer
- mobile nodes
- nash equilibria
- multi agent
- neighborhood information
- multi agent learning
- energy efficient
- computer networks
- cross layer
- routing algorithm
- fictitious play
- intermediate nodes
- cooperative game theory
- computing environments
- wireless networks
- data center
- data transmission
- transmission range
- network topology
- multipath