Multi-objective Optimization of Energy and Latency in URLLC-enabled Wireless VR Networks.
Xinyu GaoYixuan ZouWenqiang YiJiaqi XuRuiqi LiuYuanwei LiuPublished in: ISWCS (2022)
Keyphrases
- multi objective optimization
- multi objective
- evolutionary algorithm
- cellular networks
- virtual reality
- energy consumption
- access points
- virtual environment
- nsga ii
- pareto optimal
- network connectivity
- genetic algorithm
- multiple objectives
- differential evolution
- pareto optimal set
- wireless communication
- multi objective genetic algorithm
- bi objective
- multi objective evolutionary algorithms
- mobile devices
- sensor networks
- multi objective optimization problems
- wireless networks
- optimization algorithm
- multi objective genetic algorithms
- objective function
- particle swarm optimization
- energy efficiency
- mobile users
- ant colony optimization
- multi objective problems
- genetic programming
- pareto frontier
- np hard
- wireless broadcast