A Novel Network Scheduling Approach Based on Genetic Algorithm for Autonomous Underwater Vehicle Control.
Le LiWeidong LiuLi-e GaoYangyang ZhangZeyu LiZhuo ZhangPublished in: IEEE Access (2019)
Keyphrases
- genetic algorithm
- autonomous underwater vehicle
- flexible manufacturing systems
- control strategies
- resource utilization
- scheduling problem
- network model
- peer to peer
- network structure
- control method
- control theory
- job shop scheduling problem
- network management
- network traffic
- tabu search
- multi objective
- control system
- evolutionary algorithm
- neural network
- flow control
- network configuration
- bayesian networks
- round robin
- queueing networks
- genetic programming
- objective function