Using learning automata for adaptively adjusting the downlink-to-uplink ratio in IEEE 802.16e wireless networks.
Antonios SarigiannidisPetros NicopolitidisGeorgios I. PapadimitriouPanagiotis G. SarigiannidisMalamati D. LoutaPublished in: ISCC (2011)
Keyphrases
- learning automata
- wireless networks
- long term evolution
- cellular networks
- link layer
- scheduling and resource allocation
- medium access control
- base station
- application layer
- multimedia services
- mac protocol
- wireless communication
- code division multiple access
- traffic load
- wireless channels
- wireless local area networks
- wireless lan
- physical layer
- reinforcement learning
- wireless access
- wifi
- packet scheduling
- cross layer
- mac layer
- ad hoc networks
- wireless systems
- mobility management
- fourth generation
- multi hop
- access points
- short range
- genetic algorithm
- resource allocation
- mobile networks
- video streaming
- data transmission
- wireless ad hoc networks
- mobile nodes
- network infrastructure
- scheduling algorithm
- neural network
- long period
- access network
- wireless transmission
- wireless technologies
- response time
- wireless sensor networks
- cognitive radio