Limiting Worst-Case End-to-End Latency When Traffic Increases in a Switched Avionics Network.
Min-Young NamEunsoo SeoLui ShaKyung-Joon ParkKyungtae KangPublished in: RTCSA (1) (2011)
Keyphrases
- end to end
- congestion control
- packet loss rate
- wireless ad hoc networks
- differentiated services
- worst case
- internet protocol
- high bandwidth
- network congestion
- network traffic
- transport layer
- resource utilization
- network layer
- ad hoc networks
- traffic analysis
- application layer
- admission control
- data transfer
- packet loss
- end to end quality of service
- rate adaptation
- internet traffic
- scalable video
- network devices
- content delivery
- network conditions
- quality of service
- network resources
- multi hop
- multipath
- text localization and recognition
- atm networks
- multiple description coding
- low latency
- communication networks
- response time