An Energy-equilibrium Opportunity network routing algorithm based on Game theory and Historical similarity rate.
Gang XuMing SongHongzhi FuBaoqi HuangFengqi WeiQinfu SiPublished in: MSN (2022)
Keyphrases
- game theory
- routing algorithm
- wireless sensor networks
- energy consumption
- network routing
- network resources
- nash equilibrium
- game theoretic
- transmission delay
- network traffic
- sink node
- routing overhead
- routing protocol
- ad hoc networks
- network coding
- transmission range
- sensor nodes
- routing scheme
- cooperative
- energy efficiency
- fictitious play
- wireless multimedia sensor networks
- nash equilibria
- resource allocation
- traffic load
- path selection
- mechanism design
- network on chip
- network reliability
- multipath
- energy aware
- sensor networks
- multi agent systems
- shortest path
- wireless mesh networks
- interconnection networks
- packet delivery
- wireless ad hoc networks
- multi hop
- end to end
- mobile nodes
- network simulator
- statistical physics
- computational complexity
- solution concepts
- mobile networks
- cluster head
- relay nodes
- peer to peer