Investigation on Multi-user Scheduling Algorithms Over Non-identical Channel Distribution and LTE Networks.
S. KrithigaVidhyacharan BhaskarS. MalarvizhiPublished in: Wirel. Pers. Commun. (2021)
Keyphrases
- peer to peer
- multi user
- scheduling algorithm
- multiple access
- cellular networks
- virtual environment
- response time
- single user
- augmented reality
- multiple users
- virtual world
- quality of service
- resource requirements
- multi granularity
- user interface
- qos requirements
- multi channel
- scheduling strategy
- computational grids
- social networks
- communication systems
- mobile users
- network structure
- artificial intelligence
- real time database systems
- computer simulation
- knowledge base