Network Slicing for Service-Oriented Networks with Flexible Routing and Guaranteed E2E Latency.
Weikun ChenYa-Feng LiuAntonio De DomenicoZhi-Quan LuoPublished in: CoRR (2020)
Keyphrases
- service oriented
- network topologies
- network structure
- network nodes
- network topology
- traffic engineering
- complex networks
- computer networks
- network design
- wireless ad hoc networks
- web services
- community structure
- internet protocol
- dynamic routing
- highly dynamic
- differentiated services
- switched networks
- link failure
- mobile nodes
- ip addresses
- path selection
- packet switching
- ad hoc networks
- workflow management
- network resources
- low latency
- model driven
- routing algorithm
- peer to peer
- packet forwarding
- end to end
- network management
- interconnection networks
- load balancing
- network traffic
- service oriented computing
- internet traffic
- service oriented architecture
- social networks
- service composition
- load balance
- network infrastructure
- shortest path
- optical networks
- resource utilization
- optical burst switching
- network coding
- mobile ad hoc networks
- lightweight
- data transfer
- end to end quality of service