International Conference on Frontiers of Ocean Science and Technology (ICFOST 2023)

The International Conference on Frontiers of Ocean Science and Technology (ICFOST 2023) covers topics such as:

• Marine extreme events and air-sea interaction
• Ocean surface waves and air-sea interaction
• Ocean climate and air-sea interaction
• Marine ecosystem and air-sea interaction
• Internal waves across fronts
• Energy budgets of mesoscale eddies
• Wave effects on sub mesoscale processes
• Turbulent mixing in the internal waves
• Wave-current-ice interaction
• Nearshore hydrodynamics
• Ocean color remote sensing
• Related Topics for OS3:
• Ocean surveillance and monitoring remote sensing
• Ocean dynamic environment remote sensing
• New technologies for ocean observation
• Ocean remote sensing platform and system
• Standardization processing and evaluation of marine data
• Preprocessing and analysis of marine data
• Surface-undersea reconstruction technology
• Storage and distribution of marine data
• Merging of multiple ocean satellite data
• Related Topics for OS4:
• Global/reginal ocean numerical modeling
• Marine data assimilation
• Global/reginal coupled ocean-atmosphere modeling
• Parameterization of ocean physical processes
• Regional oceanography
• Related Topics for OS5:
• Marine disaster prevention and mitigation
• Marine environmental risk assessment
• Ocean acoustic detection techniques
• Marine environment application platform
• Ocean gravity and magnetic field detection techniques
• Ocean optical detection techniques
• Application of artificial intelligence in ocean feature identification
• Ocean detection platform, networks and data processing
• Application of artificial intelligence in underwater acoustic target detection and recognition, source localization, parameter inversion, and acoustic communication
• Application of artificial intelligence in ocean parameter prediction
• Application of artificial intelligence in ocean big data mining
• Application of artificial intelligence in ocean dynamic parameters estimation
• Sound propagation in the ocean
• Application of artificial intelligence technology in the field of ocean engineering
• Underwater Vector Sound Field
• Estimation and inversion of underwater acoustic environment parameters
• Reverberation in the Ocean, Scattering, seafloor-acoustic. etc
• Underwater noise modelling and measurements
• Geoacoustic inversion method
• Target scattering
• Underwater acoustics array signal processing
• The seafloor-acoustic prediction model
• Underwater acoustic calibration, testing, facilities, and standards
• Underwater communication and networking
• Discussion on the key points and difficulties in the teaching of marine science courses
• Underwater target detection, classification, localization and tracking
• Sharing of experience in teaching reform
• The design and practice of curriculum politics in marine science courses
• Development of a teaching quality evaluation system