I S K O

Knowledge organization literature. Selected items

Your search for class 88-3 Classification and Indexing in Astronomy, Geosciences, Geography, Mining found the 17 items below.       [new search]

Items on this class as the base theme

17725   indexing in • earth sciences • 88-3
Adila et al. (21!). – The GeoLink modular oceanography ontology (Lang.: eng). - Dayton OH, Wrights State University, 2015. – Available at http://daselab.cs.wright.edu/pub/2015-geolink-ontology.pdf

18655   indexing in • earth sciences • 88-3; 219
Kim, Jeong-Hyen. – [A Comparative Analysis of Cataloging Records Related to East Sea in the National Libraries of the Various Countries] (Lang.: kor). - In: Journal of Korean Library and Information Science Society, 50(2019)4, pp.1257 - 76.Korean Library And Information Science Society,

6083   2009-0203indexing in • astronomy • 88-31
Ibekwe-SanJuan, F. – The impact of geographic location on the development of a specialty field: a case study of Sloan Digital Sky Survey in Astronomy (Lang.: eng). - In: Knowledge Organization, 35(2008)4, p.239-250.

7554   indexing in • astronomy • 88-31
Gray, Alasdair J.G. et al. – Finding the right term: retrieving and exploring semantic concepts in astronomical vocabularies (Lang.: eng). - In: Information processing & management, 46(2010)4, pp. 470-478.

12489   1996-0315indexing in • 88-327, 147
Miller, D.M.; Kaminsky, E.J., Rana, S.. – Neural network classification of remote-sensing data (Lang.: eng). - In: Computers and Geosciences. p.377-386. Neural nets offer the potential to classify databases upon a rapid match to overall patterns using previously calculated weighting factors, rather than point-by-point comparisons involving algorithmic logic applied to individual data values. The paper describes an example of the use of artificial neural networks to classify remotely sensed data, determining that the networks can provide a useful level of categorization. (Authors, abbr.)

5591   2008-0136indexing in • geosciences • 88-33
Deliiska, B. – Thesaurus and domain ontology of Geoinformatics (Lang.: eng). - In: Transactions in GIS, 11(2007)4, pp.637-651.

6084   2009-0204indexing in • geosciences • 88-33
Lin, H.-Y. – Efficient and compact indexing structure for processing of spatial queries in line-based databases (Lang.: eng). - In: Data & Knowledge Engineering, 64(2008)1, p.365-380.

6085   2009-0205indexing in • geosciences • 88-33
Mehri-e-Sedighi. – Use of Geographical Information System (GIS) in the cataloging of documents: a case study of earthquake documents collections (Lang.: eng). - In: Library Hi Tech, 26(2008)3, p.454-465.

10539   1996-1299indexing in • geology • 88-36
Baclawski, D.K.. – Inexpensive map and thesis cataloging for the small geology library. A case study of 'The perils of Pauline' on a PC (Lang.: eng). - In: Proc.27th Meeting Geoscience Inform.Soc., Oct.26-29, 1992, Cincinnati, OH. p.119-124.Alexandria, VA, Amer.Geol.Inst., 1993.

8908   indexing in • geography • 88-39
Khodaei, A. – SKIF-P: a point-based indexing and ranking of web documents for spatial-keyword search (Lang.: eng). - In: Geoinformatica, 16(2012)3, pp. 563-596.

12176   1995-0649indexing in • geography • 88-39
Woodruff, A.G.; Plaunt, C. – GIPSY: automated geographic indexing of text documents (Lang.: eng). - In: J.Amer.Soc.Inform.Sci. Vol. 45. No. 9. 1994. p.645-55. An algorithm is presented which automatically extracts geopositional coordinated index terms from text to support georeferenced document indexing and retrieval. Under this algorithm, words and phrases containing geographic place names or characteristics. are extracted from a text document and used as input to database function which use spatial reasoning to approximate statistically the geoposition being referenced in the text

11304   1990-2-341indexing in • geography • 88-39, 758-39
Hill, L.L. – Geographic indexing for bibliographic databases (Lang.: eng). - In: Resource Sharing & Inf.Network.Vol.4.No.2.1989.p.1-12.

12177   1995-0650indexing in • history • 88-39, 88-69
Salzberg, B. – On indexing spatial and temporal data (Lang.: eng). - In: Inform.Systems. Vol. 19. No. 6. 1994. p.447-465.

12490   1996-0316indexing in • history • 88-39, 88-69
Salzberg, B.. – On indexing spatial and temporal data (Lang.: eng). - In: Inform.Systems. Vol. 19, No. 6. 1994. p. 447-465.

15461   indexing in • geography • semantic networks • 88-39;725
Bidney, Marcy; Clair, Kevin. – Harnessing the geospatial Semantic Web: toward place-based information organization and access (Lang.: eng). - In: Cataloging and classification quarterly, 52(2014)1, pp. 69-76.

 


 

Further items on this class as a particular theme
 

57722008-0317online systems • indexing in • geography • 752;88-39
Vandenburg, M. – Using Google maps as an interface for the library catalogue (Lang.: eng). – In: Library Hi Tech, 26(2008)1, p.33-40.

15640picture indexing • indexing in • geography • 872;88-39
Capone, Vera Lucia Punzi Barcelos; Cordeiro, Rosa Inês de Novais. – O arquivo fotográfico ilustrativo dos trabalhos geográficos de campo do Instituto Brasileiro de Geografia e Estatística (IBGE): proposta de uma matriz para análise documentária da paisagem (Lang.: por). – In: Encontro nacional de pesquisa em ciência da informação, 14., Florianópolis. Proceedings... Florianópolis: ENANCIB, 2013 (06.13-10-29/11-01). – Available at http://enancib2013.ufsc.br/index.php/enancib2013/XIVenancib/paper/viewFile/226/420

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