Risk of Traffic Incident Delay in Routing and Scheduling of Hazardous Materials.
Rojee PradhanangaEiichi TaniguchiTadashi YamadaAli Gul QureshiPublished in: Int. J. Intell. Transp. Syst. Res. (2016)
Keyphrases
- packet scheduling
- qos routing
- quality of service
- traffic load
- resource utilization
- transmission delay
- dynamic routing
- traffic engineering
- differentiated services
- qos parameters
- packet delay
- packet switching
- real time traffic
- ad hoc networks
- end to end delay
- flow control
- network layer
- link failure
- routing algorithm
- traffic conditions
- traffic patterns
- multipath routing
- packet delivery
- scheduling problem
- critical path
- atm networks
- route discovery
- network resources
- medium access control
- network topology
- scheduling algorithm
- wireless networks
- admission control
- packet loss
- qos requirements
- network reliability
- wireless link
- routing protocol
- ip addresses
- loss probability
- routing problem
- network traffic
- inter domain
- end to end
- multipath
- ip traffic
- round robin
- traffic data
- ip networks
- packet forwarding
- routing overhead
- mobile ad hoc networks
- routing scheme
- multiple paths
- risk management
- road segments
- traffic flow
- network management
- intermediate nodes
- load balancing
- network topologies
- arrival rate
- response time