(Including but not limited to the following topics)
Track 1: Deep-sea Robots
Deep-sea robot pressure-resistant structure and material technology
Underwater biomimetic robot design and motion control
Deep-sea robot intelligent navigation and positioning
Underwater robot cluster collaborative operation
Deep-sea mechanical hand and operation tool system
Underwater robot energy management and propulsion technology
Deep-sea environmental perception and obstacle avoidance
Underwater acoustic communication and data transmission technology
Robot intelligent fault diagnosis and fault-tolerant control
Specialized robots for polar and deep-sea environments
Underwater robot test and verification methods
New innovations in AUV/ROV/HUV designs
Biomimetic robots, soft robots, underwater robots
Human-machine interface
Track 2: Intelligent Detection
Deep-sea multi-sensor fusion detection technology
Intelligent identification of seabed topography and landforms
Intelligent perception and inversion of marine physical fields
Autonomous identification and tracking of underwater targets
Intelligent monitoring of marine ecological environment
New technologies for seabed resource exploration
Intelligent processing of marine big data
Reliability research of detection equipment
New marine sensor technologies
Methods for extreme environment detection
Optimization of intelligent detection algorithms
Marine detection standard system
Track 3: Marine Engineering
Deep-sea oil and gas resource development engineering
Underwater mining technology and equipment
Marine renewable energy development
Key technologies for deep-sea space stations
Construction and operation of underwater observation networks
Safety technologies for marine engineering
New marine engineering materials
Deep-sea engineering construction technology
Marine engineering intelligent operation and maintenance
Marine engineering equipment for polar environments
Environmental impact assessment of marine engineering