A Stochastic Model with an Adaptive Proportional Controller for the Evolution of User-Router Bandwidth Demand for Quality of Service (QoS) Aspects.
Iordanis K. GiannopoulosApostolos P. LerosAssimakis K. LerosGeorgios TsaramirsisPublished in: Ad Hoc Sens. Wirel. Networks (2016)
Keyphrases
- quality of service
- stochastic model
- bandwidth allocation
- bandwidth requirements
- ip networks
- qos requirements
- asynchronous transfer mode
- bandwidth utilization
- voice over ip
- resource utilization
- service differentiation
- video on demand
- network resources
- real time
- response time
- qos routing
- packet scheduling
- call admission control
- ad hoc networks
- qos parameters
- admission control
- congestion control
- transmission rate
- resource management
- web services
- network conditions
- heterogeneous wireless networks
- qos aware
- wireless link
- end to end quality of service
- service selection
- atm networks
- packet switching
- differentiated services
- allocation scheme
- queue management
- cross layer
- next generation networks
- end to end
- multimedia services
- web service selection
- service level agreements
- traffic engineering
- qos multicast routing
- end to end delay
- end to end qos
- multicast tree
- flow control
- blocking probability
- content delivery
- video streaming
- link utilization
- lead time
- path selection