(Including but not limited to the following topics)
Track 1: Ship Engineering
Overall ship design
Ship hull structural strength
Ship resistance and propulsion
Propeller hydrodynamics
Ship maneuverability
Wave resistance analysis
Ship vibration and noise
Ship electric propulsion
Marine power systems
Ship ballast water treatment
Ship corrosion and protection
Ship construction techniques
Digital shipbuilding
Ship piping system
Ship bow and side thrust technology
Ship stability and buoyancy
Marine materials and welding
Energy efficiency design index for ships
Green ship technology
Intelligent engine room system Face recognition
Behavior recognition
Video understanding
Multimodal fusion
3D reconstruction
Optical flow estimation
Image enhancement
Super-resolution reconstruction
Generative adversarial networks
Visual attention mechanism
Self-supervised learning
Small sample learning
Model lightweighting
Edge-end inference
Visual Transformer
Neural radiance field
Contrastive learning
Zero-shot learning
Image retrieval
Ship target detection
Shipborne visual positioning
Ship draft visual measurement
Ship surface defect detection
Track 3: Navigation technology (ship direction)
Marine GNSS precise positioning
Shipborne inertial navigation system
Marine combined navigation
Marine Kalman filtering
Shipborne visual odometer
Shipborne SLAM
Shipborne laser radar navigation
Marine celestial navigation
Marine magnetic navigation
Underwater acoustic navigation
Ship trajectory planning
Ship heading control
Ship collision avoidance decision
Multi-ship collaborative positioning
Shipborne multi-sensor fusion
Marine compass calibration
Shipborne high-precision timing
Port berth guidance
Inland waterway navigation
Underwater vehicle combined navigation