DocumentCode
2958662
Title
A plea for publishing without loss of data
Author
Kaupp, G. ; Haak, M. ; Schneider, H.J. ; Schmelz, H. ; Gauglitz, G. ; Moll, R. ; Fröhlich, T.
Author_Institution
Oldenburg Univ., Germany
fYear
1999
fDate
1999
Firstpage
87
Abstract
Present habits of publication (print and electronic) are unsuitable in experimental sciences if they restrict themselves to full text with links and pixel graphics, because all primary data are lost. Primary high-tech data are highly interactive at the site of data production. The tools for their full communication for critical analyses, use and data mining are available and so are the data storage capacities, but these features are not yet used in publications, even though the feasibility is amply shown in databases and on the Internet. The authors try to change this disastrous situation in a comprehensive way by pointing to the available data-interactive publishing devices. This covers fully interactive hypermolecules, hyperspectra, chemometric data sets, and complex 3D objects. The data formats are XML/CML and the widespread PDB/VRML/JCAMP-DX standards rather than TIFF/GIF/JPEG projections. The present hesitancy of authors and publishers to accept the superior techniques has to be overcome by teaching, advertising and various other aids
Keywords
data mining; electronic publishing; hypermedia markup languages; natural sciences computing; Internet; PDB/VRML/JCAMP-DX standards; XML/CML; chemometric data sets; complex 3D objects; data formats; data mining; data production; data storage capacities; data-interactive publishing devices; experimental sciences; full text; fully interactive hypermolecules; hyperspectra; pixel graphics; primary high-tech data; publishing; Data analysis; Data mining; Education; Graphics; Internet; Memory; Production; Publishing; Spatial databases; XML;
fLanguage
English
Publisher
ieee
Conference_Titel
Research and Technology Advances in Digital Libraries, 1999. Proceedings. IEEE Forum on
Conference_Location
Baltimore, MD
ISSN
1092-9959
Print_ISBN
0-7695-0219-9
Type
conf
DOI
10.1109/ADL.1999.777696
Filename
777696
Link To Document