About
I've been fortunate to work with many great companies on disruptive innovations. I…
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Articles by Rafal
Contributions
Experience
Education
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Published thesis: 'Interactive 3D Maps: Theory and Practice'.
Research areas: GeoVisualization, Kinetic and Multidimensional Data Structures, GIS, Cognitive Science, Human-Machine Interfaces, 3D Cartography, Real-Time Sensor Data Processing. -
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Activities and Societies: AEGEE (European Students Forum - Association des Etats Généraux des Etudiants de l'Europe)
MSc in software-based Digital Signal Processing.
Specialisation in Development of Application Systems.
Classified among the top 5% of the graduates. -
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Licenses & Certifications
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Oxford Executive Leadership Programme
University of Oxford
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IBM Certified System Administrator - IBM WebSphere Portal
IBM
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Project Management Professional (PMP®)
Project Management Institute
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Sailing Instructor Certificate of Competence
Polish Yachting Association
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Yacht Skipper Certificate of Competence
Polish Yachting Association
Publications
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Artificial Intelligence and 'big data' in maritime logistics
United Nations and International Maritime Organisation 'World Maritime Day' Symposium
By invitation from the UN and IMO organisers: A talk and presentation given to several hundreds leaders from around the world, on the principles, benefits, challenges and outlook of the development of AI / machine learning and 'big data' techniques for the maritime and shipping industries. Also chairing the panel discussion with world experts from cyber-security, logistics, academia and policy-making domains.
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The power of sensors, networking and real-time data analytics in port logistics
Port Technology International Journal, issue 54, pages 138-140
Compared with the current state of data processing and human machine interface science and technology, Vessel Traffic Management Systems (VTS) lag years behind. This results in a significant limitation of VTS operators’ efficiency and operational comfort, preventing VTS from fully performing its role in improving the efficiency of logistics operations and safety of navigation in port waters. Luckily, there are solutions.
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VTS on the horizon: technical innovation in VTS, pilotage and chart display systems
8th International Harbour Masters' Association (IHMA) Congress, Cork
Published in the Congress Proceedings, and presented to over 100 Harbour Masters and other delegates. Demonstrated the progress and discussed the future of Vessel Traffic Service (VTS) technologies, with special focus on AIS, radar, interoperability with pilot units and ergonomics of VTS displays.
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Change Course: 3D logistics management is a step change to enhance safety and improve operational efficiency
Shipping & Marine Magazine, Issue Eight 2012
Large ships navigating narrow waterways are always vulnerable to accidents – one only has to think of the Sea Empress tanker disaster at Milford Haven, or more recently the wrecking of the Costa Concordia. Managing their passage, usually in and out of ports and in other restricted channels, has understandably assumed a critical role in ensuring their safety. But recently Cardiff based company GeoVS has produced the world’s first commercial marine three dimensional vessel tracking system. This…
Large ships navigating narrow waterways are always vulnerable to accidents – one only has to think of the Sea Empress tanker disaster at Milford Haven, or more recently the wrecking of the Costa Concordia. Managing their passage, usually in and out of ports and in other restricted channels, has understandably assumed a critical role in ensuring their safety. But recently Cardiff based company GeoVS has produced the world’s first commercial marine three dimensional vessel tracking system. This brings a step change in monitoring and management of vessels in ports, estuaries and restricted waterways.
Patents
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Display System (US)
Issued US US 20120249786 A1
A display system, method, and computer readable storage to provide a visual representation of an environment. A marker is placed by a user tagging a physical location in the environment. When the user looks at the environment using different viewpoints, the visual representation can automatically be adjusted via a programmed processing unit so that the marker would appear in the same physical location in the window each time the viewpoint is changed. For example, if the marker is placed to tag…
A display system, method, and computer readable storage to provide a visual representation of an environment. A marker is placed by a user tagging a physical location in the environment. When the user looks at the environment using different viewpoints, the visual representation can automatically be adjusted via a programmed processing unit so that the marker would appear in the same physical location in the window each time the viewpoint is changed. For example, if the marker is placed to tag a real world boat in a visual representation, changing the viewpoint would maintain the marker in the same position in the visual representation in the window. By changing viewpoints, an object marked by a marker would remain in the same position in the window while other aspects of the visual representation would automatically change including zoom, rotation, pan, to accommodate the static position of the marker.
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A display system (EU)
Issued EU EP 2506220 A2
A display system is disclosed, for providing a visual representation of an environment. The system comprises a processor which is arranged to receive information of the environment from at least one environment sensor and output display signals representative of the sensed information to a display device. The display device comprises a display window, which is arranged to display at least a portion of the representation, and a display reference at a user specified location within the…
A display system is disclosed, for providing a visual representation of an environment. The system comprises a processor which is arranged to receive information of the environment from at least one environment sensor and output display signals representative of the sensed information to a display device. The display device comprises a display window, which is arranged to display at least a portion of the representation, and a display reference at a user specified location within the representation. The display window is further arranged to selectively display the portion from one of a plurality of viewpoints from within the representation, each viewpoint comprising the display reference at a fixed location within the window and within the representation.
Honors & Awards
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National Project of the Year, Kingdom of Bahrain for Maritime Domain Management System
His Majesty the King of Bahrain
Awarded to the National Maritime Domain Management system operated by the Bahrain Coast Guard, invented, designed and developed by GeoVS and SRT plc.
Languages
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English
Native or bilingual proficiency
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Polish
Native or bilingual proficiency
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French
Limited working proficiency
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Chinese
Limited working proficiency
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