FEATURES OF GEOSPATIAL DATA BASES CREATING FOR AIR NAVIGATION PROBLEMS
DOI:
https://doi.org/10.18372/2310-5461.21.6073Keywords:
spatially distributed information, geospatial data bases, objects display, digital maps, relative location, geodetic framework, coordinatesAbstract
Increasing of the speed and aircraft number cause an increase of the processes complexity of the reflection, recognition and interaction with them, that’s why there is a necessity for its binding to the terrain over which they move, creating a system of representation. In this article conducted the analysis that lays in considering of the structural characteristics of such systems and objects movement represented processes by simultaneous transformation of their characters and cartographic background plots. The purpose of this article lies in motion mapping process with the databases of geospatial data using considering. The features of spatially distributed information presentation for determination of the moving objects location are considered. The process of cartographic background representation in displaying air situation systems is analyzed. The methods for base map data creating in dynamical systems, that takes into account the properties of digital maps and precision geodetic framework is represented.
References
World Geodetic System handbook — 1984 (WGS-84), Doc 9674 A/N 946, International Civil Aviation Organization.
Koshkarev A. V. Regional Geographic Information Systems / A. V. Koshkarev, V. P. Karakin. — М. : Science, 1987. — 126 p.
Falkov Eduard. Airfield mapping database / Eduard Falkov, Sergei Laletin // AirGlobe. — 2005. — №2. — P. 22–23.
Lysenko M. I. Organization of data warehousing for multi-map images / M. I. Lysenko, E. V. Malakhov // Tr. Odes. Polytechnic. Univ. — Odessa, 2002. — MY. 1. — P. 57–64.
Martin J. Organization of databases in computer systems / J. Martin. — М. :World, 1980. — 662 p.
ZolotukhinV. V., Isaev V. K., Davidson B. H. Some actualtasks of air traffic control. PROCEEDINGS OF MIPT.— 2009. — Vol. 1, № 3. — P. 94–114.
Vasyuhin M. Geoinformation simulation model of ground and air situation around the airport representation / M. Vasyuhin, A. Kashim, B. Hulevets, A. Boyko, N. Chukarina, M. Kashim // Geodesy, Cartography and Aerial Photography: interdepart-mental collection of scientific and technical / National University “Lviv Polytechnic”; executive Editor
K. R. Tretiak. — Lviv : Publisher of National University “Lviv Polytechnic”, 2011. — Issue 75. — P. 100–109.
Mestetskyy L. M. Simulation model of aircraft at the airport ground movement / L. M. Mestetskyy,
D. V. Schetinin. Report. I Russian conference “Practical using experience oflanguages and software simulation systems in industry and applied research”, (IMMOD -2003). St. Petersburg, 2003.
Hoffman-Vellenhof B. Navigation. Basics of localization and guidance / B. Hoffman-Vellenhof,
K. Legat, M. Wieser; Translation from English edited by Ya. S. Yatskiv. — Lviv : Lviv National University named after Ivan Franko, 2005. — 443 p.
Mukhin M. P. Algorithm of simultaneous positioning and mapping based on visual presentation of navigational information / M. P. Mukhin,
A. A. Chechina // Electronics and control systems. — 2011. — №4. — P. 98–102
Vasyuhin M. I. Algorithmic and hardware - software methods and tools for building of interactive geographic information systems for operational cooperation: Dissertation of the technical sciences doctor: 05.13.13 / M. I. Vasyuhin. — Kiev, 2002. — 472 p.
Methods of dynamic scenes organization in the operational management geoinformation complex /
M. І. Vasyuhin, O. I. Kapshtik, A. M. Kasim,
S. M. Kredentsar // Bulletin KHNTU, 2007. — №4. —
P. 72–76.
