Doctoral Thesis Application: Cognitive Maritime Operations

Visualizing the Future of Autonomous Shipping

Enhanced Situational Awareness

The core of the thesis focuses on a vessel capable of comprehensive understanding of its dynamic maritime environment in the Baltic Sea. This involves real-time identification and tracking of various entities and conditions.

Enhanced Situational Awareness
Buoy
Sea Ice
Other Vessels
Small Boat
Land/Terrain
Weather Conditions

Advanced On-Board Sensor & Monitoring Systems

The ship is equipped with a sophisticated suite of sensors on its deck. On the bridge, the captain's cognitive state and vital signs are non-invasively monitored using a respiratory thermal camera system, ensuring crew well-being and operational safety.

Advanced On-Board Systems
Deck Sensors
Captain on Bridge
Thermal Camera
Vital Sign Monitoring

Intelligent Control & Automation

The vessel utilizes cutting-edge AI for intuitive control and optimized operations. This includes voice-activated commands for ship functions and an intelligent dashboard that automatically configures and displays relevant ship parameters based on the current context and mission objectives.

Intelligent Control and Automation
Intelligent Control Detail
Voice Control
AI Decision Support
Automated Parameters
Smart Dashboard