Including but not limited to the following contents:
Track 1: Marine Engineering and Equipment Technology
Design and manufacturing of ships and marine structures
Ship hydrodynamics and performance optimization
Marine engineering equipment and system integration
Technology for developing marine renewable energy
Vibration and noise control of marine structures
Monitoring and safety assessment of marine platforms
Deep-sea mining and resource development technologies
Marine engineering materials and anti-corrosion technologies
Ocean environmental loads and structural responses
Digital twin-driven marine engineering design
Track 2: Underwater Robots and Autonomous Systems
Design and control of autonomous underwater vehicles
Remote-operated submersibles and operation systems
Underwater bionic robot technology
Motion planning and trajectory optimization for underwater robots
Energy and propulsion systems for underwater robots
Lightweight and modular design of underwater robots
Autonomous operation technology for underwater robots
Underwater robots for deep-sea and polar environments
Reliability and fault-tolerant control of underwater robots
Collaborative operation of multiple underwater robots
Track 3: Autonomous Control and Intelligent Decision-making
Underwater autonomous navigation and positioning
Multi-sensor fusion perception
Ocean environment perception and situation understanding
Autonomous decision-making and mission planning
Deep reinforcement learning and underwater control
Adaptive and robust control
Multi-agent coordinated control and formation
Autonomous system fault diagnosis and fault tolerance
Human-machine collaboration and remote monitoring
Virtual-real integration simulation and verification