A game theoretic context-based routing protocol for opportunistic networks in an IoT scenario.
Satya Jyoti BorahSanjay Kumar DhurandherIsaac WoungangVinesh KumarPublished in: Comput. Networks (2017)
Keyphrases
- game theoretic
- routing protocol
- game theory
- ad hoc networks
- mobile nodes
- wireless ad hoc networks
- network topology
- wireless sensor networks
- routing algorithm
- mobile ad hoc networks
- decision problems
- energy aware
- data transmission
- energy consumption
- network infrastructure
- network layer
- sensor networks
- nash equilibrium
- energy efficiency
- switched networks
- packet delivery
- network topologies
- source node
- network coding
- key management
- multi hop
- network structure
- trust model
- ns simulator
- link failure
- network design
- routing overhead
- end to end delay
- social networks
- intermediate nodes
- ad hoc networking
- base station
- multipath
- computer networks
- network resources
- network nodes
- ubiquitous computing
- end to end
- context aware
- sufficient conditions
- decision makers
- probability distribution
- computational complexity
- aodv routing protocol
- reinforcement learning