Enhancing maritime safety through AI, sensor fusion, and real-time crew monitoring.
What is NAV-ALERT?
NAV-ALERT is an innovative project designed to enhance maritime safety through AI, sensor fusion, and real-time crew monitoring. By reducing human errors and improving situational awareness, we aim to ensure better decision-making and safeguard the well-being of naval crews during operations.
The Need for Sensor Fusion
Naval operations generate vast amounts of data from various sensors, such as physiological signals and crew movements. On their own, these data lack context. Sensor fusion combines these data streams into a unified picture, providing actionable insights for timely, informed decision-making that ensures mission success and crew safety.
Why NAV-ALERT Matters
NAV-ALERT offers a holistic solution by integrating AI, sensor fusion, and real-time monitoring. This system enhances decision-making, facilitates proactive interventions, and improves operational efficiency, ensuring that crews are well-prepared for high-stakes situations.
Project Work Packages
The project is structured into key work packages, each focusing on an essential component of the NAV-ALERT system:
WP1: Use Cases & Architecture
Defining key scenarios & requirements.
WP2: DEAP Sensor Fusion
Monitoring physiological signals.
WP3: UWB Crew Location
Tracking movement on board.
WP4: AI-Based Analysis
AI-driven insights for crew readiness.
WP5: Validation & Evaluation
Testing in real-world conditions.
WP6: Data Management & Security
Ensuring secure & efficient data handling.
WP7: Dissemination & Exploitation
Expanding project impact & adoption.
Dissemination: Sharing project outputs (publications, conferences, website, social media, etc.) with a wide audience.
Exploitation: Promoting the use and adoption of project results (commercialization, policy influence, knowledge transfer, etc.).
Impact: Maximizing the project's positive effects on society, economy, or environment.
Adoption: Ensuring target audiences actually use and implement the project's results.
Overall Goal: Maximize project ROI and ensure tangible benefits from project efforts.
AI-powered decision making
Crew stress assessment
Accurate UWB tracking
Operational dashboard
AI-powered decision making
Enhancing decision-making with AI to improve operational efficiency and reduce human errors.
Crew stress assessment
Monitoring crew stress levels to ensure well-being and peak performance during operations.
Accurate UWB tracking
Providing real-time, precise tracking of crew movements using advanced UWB technology.
Real-time operational dashboard
Offering a comprehensive real-time view of operational data for better decision-making.
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