Adaptive and intelligent energy efficient routing for transparent heterogeneous ad-hoc network by fusion of game theory and linear programming.
Santosh Kumar DasSachin TripathiPublished in: Appl. Intell. (2018)
Keyphrases
- game theory
- ad hoc networks
- linear programming
- game theoretic
- wireless ad hoc networks
- routing protocol
- network topology
- cooperative
- wireless networks
- routing algorithm
- multi agent systems
- resource allocation
- fictitious play
- multi agent learning
- nash equilibria
- statistical physics
- end to end
- nash equilibrium
- quality of service
- mobile ad hoc networks
- multi hop
- mechanism design
- aodv routing protocol
- peer to peer
- dynamic programming
- wireless sensor networks
- mobile networks
- evolutionary game theory
- cooperative game theory
- data sets
- objective function
- optimal solution
- digital libraries
- real time
- propagation model
- solution concepts
- end to end delay
- wireless mesh networks
- wireless communication
- mobile nodes
- wifi
- mobile phone
- computer networks
- base station