The paper considers the issue of intellectualizing the user interface of the concept of e-Navigation in the environment of mixed (augmented) reality. Recently, artificial intelligence and augmented reality technologies have been actively developed. At the moment, there are no generally accepted methods for assessing the suitability of user interfaces, for example, by projecting navigation data onto the windshield of a bridge of a marine vessel.
e-Navigation, Head Up display, interface, mixed reality, e-Navigation, Head Up display
1. Hagen G.E., Implementing e-Navigation, Artech House, 2017.
2. www.mol.co.jp/en/pr/2018
3. K zadache prognozirovaniya stolknoveniy sudov. Dokumentaciya k razrabotannomu PO. - Fayl Project.pdf. -2019.
4. K zadache otobrazheniya obstanovki v smeshannoy (dopolnennoy) real'nosti. Dokumentaciya k razrabotannomu PO. Vychislenie matricy povorota sistemy koordinat. - Fayl Rotation3D.pdf,- 2019.
5. K zadache otobrazheniya obstanovki v smeshannoy (dopolnennoy) real'nosti. Dokumentaciya k razrabotannomu PO. Modul'Geometry3D.-Fayl Geometry3D.pdf.- 2019.
6. Popov A., Kondratiev A., Smirnov I. The algorithm for fast forecasting of the collision danger degree with ships and surface objects in the e-navigation area, AGA 2018, 19 TH Annual General Assembly (AGA) of the International Association of Maritime Universities (IAMU), 17-19 October 2018, Barcelona, Spain, pp. 442-449.
7. Milgram P., Kishino F. A taxonomy of mixed reality visual displays. IEICE Transactions on information and systems, Vol. E77-D, № 12 December 1994.
8. Kondrat'ev S.I. Teoreticheskie osnovy upravleniya krupnotonnazhnymi sudami po kriteriyam bezopasnosti i energosberezheniya: dissertaciya na soiskanie uchenoy stepeni doktora tehnicheskih nauk.- Novorossiysk, 2004.
