A QoS-based routing approach using genetic algorithms for bandwidth maximisation in networks.
T. R. Gopalakrishnan NairKavitha SoodaR. SelvaraniPublished in: Int. J. Artif. Intell. Soft Comput. (2014)
Keyphrases
- quality of service
- traffic engineering
- routing scheme
- network resources
- bandwidth allocation
- internet protocol
- differentiated services
- qos parameters
- path selection
- ip networks
- routing algorithm
- service differentiation
- qos routing
- ad hoc networks
- call admission control
- wireless ad hoc networks
- multicast tree
- message overhead
- packet forwarding
- network topologies
- end to end delay
- access network
- packet switching
- traffic load
- wireless sensor networks
- high bandwidth
- packet delivery
- optical networks
- network bandwidth
- end to end
- resource utilization
- qos requirements
- link failure
- network topology
- video on demand
- dynamic routing
- network conditions
- network traffic
- web services
- packet scheduling
- network coding
- congestion control
- routing protocol
- multimedia services
- response time
- network design
- transmission rate
- switched networks
- communication networks
- computer networks
- blocking probability
- video streaming
- energy consumption
- shortest path