spatial data | Page 3 | Geodesy and cartography

Article Title	Pages

Point for discussion
Conceptual basis for designing the backend of the National Atlas of Russia site using microservice architecture Litvinov N.Yu.	57-64

Cartography
Updating spatial data by the method of state topographic monitoring for implementing the Russian Federation state program “National Spatial Data System”: tasks and solutions Brovko E.A., Sofinov R.E.	14–22

Geographic Information Systems
Management of natural-social-production systems based on the Internet of Things concept: a geoportal approach Yamashkin S.A., Yamashkin A.A.	34-43
Analyzing approaches to figurative-sign environment modeling for solving special tasks Fisich B.A., Novoselov D.I., Malevan A.Yu.	34-42

Cartography
Methods of assessing cartographic production Orlov M.Yu., Vereschaka T.V.	29-38

Point for discussion
Terminology of geoinformatics and cartography in the digital age Koshkarev A.V.	54-63

Cartography
Conceptual foundation for spatial data display in the mineral resource sector Kopylova N.S., Demidova P.M., Kolesnik O.A., Sannikova A.P., Sasonova S.G.	2-13

Geoinformatics
The use of a common electronic cartographic database of federal, regional and municipal purpose in urban planning Tararin A.M., Tararina E.G., Sazonova A.V., Donkovtsev V.G., Afanasyeva O.E., Zenkov A.A.	34-42

Geographic Information Systems
Transition from geospatial data to geospatial knowledge: analysis of the conceptual apparatus of current Russian standards and modern domestic scientific discourse Litvintseva E.K.	47-57

Pages