Examples of using Spatial data in English and their translations into Czech
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Official
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Colloquial
Working with spatial data allowance 0/2.
Spatial data and GIS- basic concepts and definitions allowance 2/2.
The full name of the file is Spatial Data Format File.
According to this directive, spatial data must be provided by.
WebGLayer-[ webglayer. org]Javascript library for interactive, exploratory visualization of big spatial data on the web.
The full name of the file is Spatial Data Modeling Language File.
Besides the aspects related to the content and technologies, attention is also paid to security andlegislative aspects of spatial data processing.
Inroduction to work with spatial data, raster x vector data type.
Geospatial data- location, attributes, spatial relations(topology), time;metadata; spatial data models allowance 2/1.
The amendment will incorporate certain Commission regulations on spatial data into the EEA agreement.
Integration of a new generation of spatial data infrastructure based on user participation and social validation.
INfrastructure for SPatial InfoRmation in Europe,which specifies the general rules for establishing a European spatial data infrastructure to support environmental policies.
To give intermediate andadvanced information about spatial data(geodata), geoinformation technologies(geographical information systems- GIS) and functional and analytical operations using in GIS.
The SDI-EDU project focused on knowledge transfer from European research programmes related to education in the field of development of spatial data infrastructure for regional and urban planning.
Standards for the future pan-European spatial data infrastructure are defined by the INSPIRE Directive.
To familiarize students with computer assisted design in relation to specific applications in specialized subjects,to obtain the skills necessary for the processing of spatial data using a computer.
Development of a cloud infrastructure to support spatial data and Location Based Services LBS.
The basic concept for building the spatial data infrastructure consists in transferring spatial data to the web and in the use of web services to build a network of distributed geoportals.
Design of open application programming interfaces(API)to support integration of spatial data and LBS into applications developed and deployed by non-GI developers.
To familiarize students with the basics of geographic information systems in relation to specific applications in specialized subjects,to obtain the skills necessary for the processing of spatial data using a computer.
Most agenda works withdata on the regions, and can utilise information support systems for working with spatial data to your benefit- geographic information system for agriculture and forestry.
Students will get the basic information about spatial data(geodata), geographical information systems(GIS) and main functions and analytical operations using in GIS; learn students the most important practical GIS skills.
Students of magisterial degree are supported in development and boosting of their scientific skills, particularly in self-reliant rendition of research theme, documentation providing, reference review andanalysis of digitalised database or spatial data.
The aim is to give the students basic information about the spatial data, geographic information systems(GIS) and the most functional and analytical operations used in GIS.
A notable motivation for the implementation of Geoportal is also the European Commission initiative INSPIRE(INfrastructure for SPatial InfoRmation in Europe),which specifies the general rules for establishing a European spatial data infrastructure to support environmental policies.
Students will get the basic information about spatial data(geodata), geographical information systems(GIS), remote sensing(RS) and main functions and analytical operations using in RS and GIS.
Since the range anddiversity of GIS applications is tremendous the full potential of this positive impact of GIS can only be realised if the necessary spatial data infrastructures(SDIs) are implemented at the respective local, national, and transnational levels.
Adaptable electronic cartography, cartographic generalization in digital environment, creation andutilization of national spatial data infrastructures and European and global spatial data projects, such as Global Map, GSDI, Digital Earth, United Nations Geographic Database, Future Earth, Group of Earth Observations(GEO), and the activities of Global Earth Observation System of Systems(GEOSS) also form an important part of studies.
Though my fellow members believe the focus should be more on improving the existing website of the EU's Joint Research Centre Agriculture Unit so that all relevant research data can be made freely available to the public,I am very much in favour of the creation of a spatial data infrastructure and a website as the European Commission's objectives propose.