(Include but not limited to)
(Include but not limited to)
Track 1: Ship Control and Intelligent Navigation
Track 1: Ship Control and Intelligent Navigation
Mathematical models of ship motion and system identification
Forecasting and evaluation of ship maneuverability
Mathematical model of ship motion and system identification
Forecast and evaluation of ship maneuverability
Ship maneuvering characteristics in restricted waters (ports, channels)
Intelligent/autonomous navigation control
Ship maneuvering characteristics in restricted waters (ports, channels)
Intelligent/autonomous navigation control
Path planning, trajectory optimization and tracking control
Path planning, trajectory optimization and tracking control
Integrated and verification of autonomous control systems for unmanned vessels/boats
Integrated and verification of unmanned boats/boats autonomous control systems
Model predictive control, adaptive control and robust control
Dynamic positioning and precise control
Model predictive control, adaptive control and robust control
Multi-ship collaborative control and cluster intelligence
Dynamic positioning and precise control
Data-driven modeling and simulation
Multi-ship collaborative control and cluster intelligence
Ship behavior analysis based on AIS/sensor data
Data-driven modeling and simulation
Digital twin system for ships
Ship behavior analysis based on AIS/sensor data
Intelligent navigation assistance and bridge system design
Digital twin system for ships
Human-machine collaboration and intelligent decision support
Track 2: Marine Engineering and Ship Structures
Intelligent navigation assistance and bridge system design
Design and manufacturing of ships and marine structures
Human-machine collaboration and intelligent decision support
Mechanical and structural mechanics of ships and marine engineering
Track 2: Marine Engineering and Ship Structures
Vibration and noise control of ship structures
Design and manufacturing of ships and marine structures
Dynamic response modeling of ship structures
Mechanical and structural mechanics of ships and marine engineering
Vibration and noise control of ship structures
Vibration control of ship mechanical systems
Low-noise design techniques for ships
Hydrodynamic performance and computational fluid dynamics
Response of marine platforms
Dynamic response modeling of ship structures
Vibration control of ship mechanical systems
Vortex-induced vibration of risers and mooring systems for floating structures
Low-noise design techniques for ships
Wave-structure interaction
Hydrodynamic performance and computational fluid dynamics
Modeling, simulation and optimization of ship power systems
Response of marine platforms
New energy and conventional ship power systems
Ship electrical systems and electrical equipment
Vortex-induced vibration of risers and floating structure mooring systems
Wave-structure interaction
Ship electric propulsion and intelligent energy management
Submersibles and underwater robot technologies
Modeling, simulation and optimization of ship power systems
Application of smart materials in vibration and noise reduction
New energy and conventional ship power systems
Ship electrical systems and electrical equipment
Track 3: Underwater Sensing and Underwater Acoustic Detection
Ship electric propulsion and intelligent energy management
Underwater acoustic modeling, simulation and propagation models
Submersibles and underwater robot technologies
Numerical simulation of marine acoustic fields
Design of underwater sonar systems
Application of smart materials in vibration and noise reduction
Adaptive underwater acoustic detection algorithms
Passive and active acoustic detection
Multi-sensor underwater acoustic data fusion
Track 3: Underwater Sensing and Underwater Acoustic Detection
Acoustic positioning and tracking technologies
Underwater acoustic modeling, simulation and propagation models
Acoustic signal feature extraction and noise reduction
Acoustic detection in complex environments
Numerical simulation of marine acoustic fields
Design of underwater sonar systems
Intelligent identification and classification of underwater targets
Adaptive underwater acoustic detection algorithms
Application of deep learning in underwater acoustic signal processing
Passive and active acoustic detection
Multimodal acoustic data fusion
Multi-sensor underwater acoustic data fusion
Underwater acoustic communication and networking
Acoustic positioning and tracking technology
Underwater optical imaging and laser scanning
Acoustic signal feature extraction and noise reduction
Application of fiber distributed acoustic sensing in marine observation
Acoustic detection in complex environments
Underwater unmanned cluster detection
......Intelligent identification and classification of underwater targets
Application of deep learning in underwater acoustic signal processing
Multimodal acoustic data fusion
Underwater acoustic communication and networking
Underwater optical imaging and laser scanning
Application of fiber distributed acoustic sensing in marine observation
Underwater unmanned cluster detection
......