A game theory-inspired channel allocation policy for multi-radio pervasive ad hoc communications.
Francesco ChitiRomano FantacciFatma Gamze DüzgünVincenzo VespriPublished in: Wirel. Commun. Mob. Comput. (2016)
Keyphrases
- game theory
- allocation policy
- wireless systems
- game theoretic
- multiple access
- cooperative
- allocation policies
- nash equilibrium
- communication channels
- multi agent systems
- physical layer
- wireless communication
- statistical physics
- communication systems
- mechanism design
- multi agent learning
- decision theory
- resource allocation
- nash equilibria
- current practice
- human computation
- communication networks
- fictitious play
- financial crisis
- cooperative games
- cooperative game theory
- artificial intelligence
- monte carlo simulation
- dynamic programming
- multi agent