Post on 30-Mar-2015
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Thomas Porathe, Information Design Course Track Networks
Dr Thomas Porathe
Information DesignDep. of Innovation, Design and Product DevelopmentMälardalen UniversityEskilstuna, SwedenOctober 2006
Real-Time Extraction of Course Track Networks in Confined Waters
as Decision Support for Vessel Navigation in 3-D Nautical Chart
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Thomas Porathe, Information Design Course Track Networks
3-D Nautical Chart Project
Main purpose: Cognitive off-loading
Main features:
1. The egocentric bridge view
2. Dynamic NoGo areas
3. A Network of public seaways and individual conning tracks
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Thomas Porathe, Information Design Course Track Networks
Navigation in high speeds – and in inconvenient circumstances
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Thomas Porathe, Information Design Course Track Networks
The egocentric view
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Thomas Porathe, Information Design Course Track Networks
Dynamic NoGo area polygons
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Thomas Porathe, Information Design Course Track Networks
Dynamic NoGo area polygons
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Thomas Porathe, Information Design Course Track Networks
Dynamic NoGo area polygons
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Thomas Porathe, Information Design Course Track Networks
Dynamic NoGo area polygons
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Thomas Porathe, Information Design Course Track Networks
Dynamic NoGo area polygons
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Thomas Porathe, Information Design Course Track Networks
The Seaway Network
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Thomas Porathe, Information Design Course Track Networks
The Seaway Network
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Thomas Porathe, Information Design Course Track Networks
Rout guidance with individual track lines
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Thomas Porathe, Information Design Course Track Networks
Extraction of individual course tracks
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Thomas Porathe, Information Design Course Track Networks
Extraction of individual course tracks
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Thomas Porathe, Information Design Course Track Networks
Extraction of individual course tracks
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Thomas Porathe, Information Design Course Track Networks
Extraction of individual course tracks
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Thomas Porathe, Information Design Course Track Networks
Extraction of individual course tracks
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Thomas Porathe, Information Design Course Track Networks
Extraction of individual course tracks
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Thomas Porathe, Information Design Course Track Networks
Extraction of individual course tracks
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Thomas Porathe, Information Design Course Track Networks
Extraction of individual course tracks
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Thomas Porathe, Information Design Course Track Networks
Extraction of individual course tracks
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Thomas Porathe, Information Design Course Track Networks
Own track line (white) and approaching ships intended track (black)
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Thomas Porathe, Information Design Course Track Networks
Way finding and guidance in confined waters
Collision avoidance by showing other vessels intended track in open water
Guidance to berth in crowded harbors
Benefits