Biologically-inspired adaptive routing protocol with stochastic route exploration.
Tomohiro NakaoJun-nosuke TeramaeNaoki WakamiyaPublished in: EAI Endorsed Trans. Mob. Commun. Appl. (2016)
Keyphrases
- biologically inspired
- routing protocol
- routing overhead
- ad hoc networks
- end to end delay
- wireless sensor networks
- intermediate nodes
- route discovery
- routing algorithm
- mobile ad hoc networks
- network topology
- aodv routing protocol
- energy aware
- biologically plausible
- energy consumption
- packet delivery
- multicast routing protocol
- multi hop
- biological inspired
- data transmission
- energy efficiency
- sensor networks
- wireless ad hoc networks
- network layer
- hop count
- routing scheme
- humanoid robot
- multipath routing
- spiking neural networks
- network simulator
- routing table
- cooperative
- network resources
- sensor nodes
- shortest path
- web services
- wireless mesh networks
- mobile nodes
- travel time
- video data
- moving objects