Depth adjuster design and control for an underwater vehicle.
Qingmei LiShaorong XieYan PengJianfeng ShiPeng WuJiqing ChenJun LuoJason GuPublished in: ICIA (2014)
Keyphrases
- underwater vehicles
- fault identification
- design procedure
- control system
- design process
- knowledge based systems
- neural network
- design decisions
- artificial intelligence
- user interface
- user experience
- control method
- multi agent
- design methodology
- intelligent control
- control unit
- design concepts
- genetic algorithm
- real time