Ocean Data Fusion

Integrating multi-source oceanic data to enhance situational awareness and predictive models.

Overview

Ocean Data Fusion integrates satellite, sonar, drone, sensor, and historical data streams to build real-time ocean intelligence systems. By harmonizing disparate formats and timelines, it supports decision-making across navigation, environmental protection, and maritime operations with high-resolution, predictive insights.

Overview

Objectives

Focused goals of the research

Unified Ocean Intelligence

Merge real-time and archival ocean data into a coherent operational picture.

Predictive Ocean Modeling

Train AI models to forecast wave activity, temperature shifts, and pollutant dispersion.

Data Quality Optimization

Apply filters and corrections to normalize inconsistent sensor data from diverse sources.

Methodology

Step-by-step approach driving our exploration

1

Develop ETL pipelines for real-time oceanographic and environmental data ingestion

2

Use AI/ML to clean, interpolate, and align noisy or incomplete data

3

Deploy edge processors at sea for localized analysis and compression

4

Fuse thermal, salinity, current, and wave height data into simulation models

5

Train predictive models using past anomaly patterns and satellite overlays

Applications

Where our research is making an impact

Port Authority Dashboards

Provide live sea-state and weather intelligence for safe vessel movements.

ESG Compliance & Reporting

Enable verified metrics for environmental risk disclosures.

Spill Drift Prediction

Simulate current-driven spill paths to guide containment efforts.

Collaborators & Partners

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Findings & Insights

Fused models improved pollutant spread prediction by 27% compared to single-source systems.

Wave height forecasts reached 94% accuracy up to 48 hours in advance.

Real-time fusion reduced data latency from 40s to 5s across drone-satellite feeds.

Anomaly detection flagged harmful algal bloom conditions 12 hours earlier.

Cross-validation with port logs confirmed 87% correlation between predicted and actual tide levels.

Publications & Citations

AI-Driven Ocean Intelligence – Marine Tech Journal 2024

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Spatio-Temporal Fusion in Maritime Environments – GeoSensor Systems 2023

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Predictive Modeling with Ocean Data Fusion – IEEE OCEANS 2024

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Sensor Data Normalization for Marine Use-Cases – Journal of Environmental Informatics 2022

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Join Our Research

Collaborate or connect with our team to shape the future of marine intelligence.

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