Ukr. geogr. z. 2021, N3:29-38
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V. Chabaniuk - Institute of Geography of the National Academy of Sciences of Ukraine, Kyiv


There are described the method and, partly, atlas technology, currently used in the Institute of Geography of NASU to create Electronic atlases and Atlas information systems. Such dyads of methods and technologies/means in atlas context are generally called Atlas Solution Frameworks (AtlasSF). A clarification is used to denote “AtlasSF method” or “AtlasSF technology/means”. Since the beginning of the century our “initial” AtlasSF technology changed every five years with the unchangeable AtlasSF method. The third change of technology, starting in 2016, was revolutionary. Most principal was implicit changing of K. Salishchev’s Map knowledge conception of cartography. The new conception is still poorly understood, although the renewed AtlasSF method and technology are already based on it. The new conception/paradigm of cartography is called the renewed Model-cognitive paradigm (MCP). The original MCP is known in post-Soviet countries thanks to A. Berlyant. It has much in common with the paradigms of cartography, which are known in Western countries as Analytical (model part of MCP) and Communicative/Cognitive (cognitive part of MCP). Model-based engineering (MBE) and Relational cartography (RelCa) are used to provide “modern life” to MCP. Special models known as patterns are essential in the use of MBE and RelCa. Among the patterns a special place is occupied by frameworks. To interpret the theoretical constructions is used “Atlas of the Population of Ukraine and its Natural and Cultural Heritage”[1], created in 2020 with the help of renewed initial AtlasSF technology.

Key words: 
model-cognitive conception/paradigm: original and renewed, Atlas Solutions Framework, solutions and conceptual frameworks, relational cartography

1. Rudenko L.H., Bochkovska A.I., Polyvach K.A., Chabaniuk V.S., Podvoiska V.I. Santalova S.O. Leiberiuk O.M., Vyshnia M.M., Kyryliuk M.O. (2020). The population of Ukraine and its natural and cultural heritage in the atlas information system. Ukrainian Geographical Journal, 4, 58-70. DOI: https://doi.org/10.15407/ugz2020.04.058 [In Ukrainian]. [Руденко Л.Г., Бочковська А.І., Поливач К.А., Чабанюк В.С., Санталова С.О., Подвойська В.І., Лейберюк О.М., Вишня М.М., Кирилюк М.О. (2020). Населення України та його природна і культурна спадщина в атласній інформаційній системі // Укр. геогр. журн. 2020. № 4. С. 58-70. DOI: https://doi.org/10.15407/ugz2020.04.058]
2. Salichtchev K.A. (1990). Map Knowledge. Textbook. 3rd ed. Moscow, 400 p. [In Russian]. [Салищев К.А. Картоведение. Учебник. 3-е изд. Москва, 1990. 400 с.]
3. Berlyant A.M. (1996). Geoiconics. Moscow, 208 p. [In Russian]. [Берлянт А.М. Геоиконика. Москва, 1996. 208 с.]
4. Berlyant A.M. (1978). Cartographic method of research. Moscow, 257 p. [In Russian]. [Берлянт А.М. Картографический метод исследования. Москва, 1978. 257 с.]
5. Aslanikashvili A.F. (1974). Metacartography. Main problems. Tbilisi, 126 p. [In Russian]. [Асланикашвили А.Ф. Метакартография. Основные проблемы. Тбилиси, 1974. 126 с.]
6. Sui D., Holt J. (2008). Visualizing and Analysing Public-Health Data Using Value-by-Area Cartograms: Toward a New Synthetic Framework. Cartographica, Vol. 43, Iss. 1, 3-20.
7. Liuty A.A. (1988). Language of map: essence, system, functions. Moscow, 292 p. [In Russian]. [Лютый А.А. Язык карты: сущность, система, функции. Москва, 1988. 292 с.]
8. Klir G. (1985). The Architecture of Systems Problem Solving. New York, 540 p.
9. Microsoft_Solutions_Framework (2020).URL: https://en.wikipedia.org/wiki/Microsoft_Solutions_Framework
10. Dyshlyk O.P., Markov S.Y., Chabaniuk V.S. (2003). GeoSolutions Framework as the way for NSDI construction. Engineering geodesy. Scientific and Technical Collection. Vol. 49. Kyiv, 73-94. [In Ukrainian]. [Дишлик О.П., Марков С.Ю., Чабанюк В.С. Каркас георішень як спосіб побудови національної інфраструк-тури геопросторових даних // Інженерна геодезія. Науково-технічний збірник. Вип. 49. Київ, 2003. С. 73-94]
11. Ruzavin G.I. (2012). Methodology of scientific knowledge: Textbook manual for universities. Moscow, 287 p. [In Russian]. [Рузавин Г.И. Методология научного познания: Учеб. пособие для вузов. Москва, 2005. 287 с.]
12. Means. Pharmaceutical encyclopedia. URL: https://www.pharmencyclopedia.com.ua/article/1563/zasib [In Ukrainian]. [Засіб // Фармацевтична енциклопедія. URL: https://www.pharmencyclopedia.com.ua/article/1563/zasib]
13. Rudenko L.G. (ed.). (2007). National Atlas of Ukraine. Scientific bases of creation and their realization. Kyiv, 408 p. [In Ukrainian]. [Національний атлас України. Наукові основи створення та їх реалізація / Ред. Л.Г.Руденко. Київ, 2007. 408 с]
14. Alexander C. (1979). The Timeless Way Of Building. Oxford University Press, 552 p.
15. Chabaniuk V.S. (2018). Relational cartography: Theory and practice. Kyiv, 525 p. [In Ukrainian]. [Чабанюк В.С. Реляційна картографія: Теорія та практика. Київ, 2018. 525 с.]
16. Final Report of the Model Based Engineering (MBE) Subcommittee. (2011). Arlington, VA, USA: National Defense Industrial Association (NDIA), 58 (60) p. URL: http://www.ndia.org/Divisions/Divisions/SystemsEngineering/Documents/Committees/M_S%20Committee/Repo...(2011-04-22)_Marked_Final_Draft.pdf
17. Brambilla M., Cabot J., Wimmer M. (2017). Model-driven Software Engineering in Practice. 2nd ed. Milano, 209 p.
18. Favre J.-M. (2006). Megamodelling and Etymology. A Story of Words: from MED to MDE via MODEL in Five Millenniums. Dagstuhl Seminar Proceedings 05161, paper 427, 22 p.
19. Cauvin C., Escobar F., Serradj A. (2010). Thematic Cartography. Vols. 1-3. ISTE-Wiley.
20. Rudenko L., Chabaniuk V., PodvoiskaV., Vyshnya M. (2019). Interactive Maps of Potentially Dangerous Objects of Ukraine: Problems of Database Construction and Visualization. Ukrainian Geographical Journal, 4(108), 57-70. DOI: https://doi.org/10.15407/ugz2019.04.057
21. Leaflet JavaScript library. URL: https://leafletjs.com, accessed 2021-apr-04.
22. McKenney M., Schneider M. (2016). Map Framework: A Formal Model of Maps as a Fundamental Data Type in Information Systems. Springer, 140 p.