A traffic-aware Q-network enhanced routing protocol based on GPSR for unmanned aerial vehicle ad-hoc networks.
Yining ChenNiqi LyuGuanghua SongBowei YangXiao-hong JiangPublished in: Frontiers Inf. Technol. Electron. Eng. (2020)
Keyphrases
- ad hoc networks
- routing protocol
- network layer
- intermediate nodes
- wireless ad hoc networks
- routing algorithm
- routing tables
- mobile nodes
- wireless sensor networks
- network topology
- network nodes
- aodv routing protocol
- packet delivery
- link failure
- unmanned aerial vehicles
- ns simulator
- mobile networks
- mobile ad hoc networks
- network resources
- network traffic
- peer to peer
- wireless mesh networks
- mac protocol
- cross layer
- neighboring nodes
- route discovery
- end to end delay
- network infrastructure
- multi hop
- energy consumption
- key management
- label switching
- routing scheme
- multipath routing
- multi path routing
- data transmission
- sensor networks
- wireless networks
- quality of service
- mac layer
- end to end
- energy efficient
- transmission range
- energy efficiency
- network topologies
- routing overhead
- traffic load
- base station
- traffic engineering
- network coding
- channel assignment
- secure routing
- routing table
- packet delivery ratio
- communication networks
- network simulator
- multipath
- network routing
- average end to end delay
- shortest path
- real time
- congestion control