Product details:
| ISBN13: | 9783642234521 |
| ISBN10: | 3642234526 |
| Binding: | Hardback |
| No. of pages: | 390 pages |
| Size: | 235x155 mm |
| Language: | English |
| Illustrations: | 390 p. |
| 0 |
Category:
Advances in Planetary Information Systems
Edition number: 2024
Publisher: Springer
Date of Publication: 20 August 2024
Number of Volumes: 1 pieces, Book
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Short description:
The volume on Advances in Planetary GIS is composed of innovative contributions from researchers (and users) in the field of planetary sciences and should also provide introductory material for (post)-graduates getting involved in this research field.
The volume on Advances in Planetary GIS is composed of innovative contributions from researchers (and users) in the field of planetary sciences and should also provide introductory material for (post)-graduates getting involved in this research field.
Topics are
[a] spatio-temporal GI aspects for planning and tracking of rovers and manned missions,
[b] geologic mapping conducted through NASA/ESA-financed programs,
[c] developments and application of DB models for specific requirements (also for collaboration)
[d] spatial remote-sensing data analysis (hyperspectral, terrain models, image data) for
landing-site assessments/selections as well as traverse planning,
[e] aspects of interoperability (accessing archive nodes via webGIS) using WF/WM/WC services,
[f] compliance to standards (XML Metadata, OGC, ...)
[f] processing and incorporation of data,
[g] cartographic aspects (map layout/production, visualisation),
[h] software developments for planetary research
Long description:
The volume on Advances in Planetary GIS is composed of innovative contributions from researchers (and users) in the field of planetary sciences and should also provide introductory material for (post)-graduates getting involved in this research field.
Topics are
[a] spatio-temporal GI aspects for planning and tracking of rovers and manned missions,
[b] geologic mapping conducted through NASA/ESA-financed programs,
[c] developments and application of DB models for specific requirements (also for collaboration)
[d] spatial remote-sensing data analysis (hyperspectral, terrain models, image data) for
landing-site assessments/selections as well as traverse planning,
[e] aspects of interoperability (accessing archive nodes via webGIS) using WF/WM/WC services,
[f] compliance to standards (XML Metadata, OGC, ...)
[f] processing and incorporation of data,
[g] cartographic aspects (map layout/production, visualisation),
[h] software developments for planetary research
Topics are
[a] spatio-temporal GI aspects for planning and tracking of rovers and manned missions,
[b] geologic mapping conducted through NASA/ESA-financed programs,
[c] developments and application of DB models for specific requirements (also for collaboration)
[d] spatial remote-sensing data analysis (hyperspectral, terrain models, image data) for
landing-site assessments/selections as well as traverse planning,
[e] aspects of interoperability (accessing archive nodes via webGIS) using WF/WM/WC services,
[f] compliance to standards (XML Metadata, OGC, ...)
[f] processing and incorporation of data,
[g] cartographic aspects (map layout/production, visualisation),
[h] software developments for planetary research