A joint optimization method for multi-UAV deployment and task scheduling in mobile edge computing with large-scale mobile users.
Haibin OuyangLeisen LiangSteven LiLiqun GaoPublished in: Expert Syst. Appl. (2024)
Keyphrases
- mobile users
- optimization method
- mobile phone
- mobile devices
- mobile networks
- mobile environments
- mobile computing
- optimization methods
- optimization algorithm
- mobile applications
- context aware
- optimization process
- simulated annealing
- user mobility
- mobile commerce
- evolutionary algorithm
- mobile services
- differential evolution
- location based services
- base station
- location dependent
- optimization procedure
- genetic algorithm
- particle swarm
- internet access
- nelder mead simplex
- cellular networks
- mobile agents
- information sources
- location management
- mobile internet
- metaheuristic
- multimedia services
- wireless networking
- mobile technologies
- computing environments
- scheduling algorithm
- optimization problems
- neural network
- multi agent systems
- data sets
- cost function
- m learning