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Tables from the Video Foundation DataBlade

in Transparent Integration of Continuous Media Support into a Multimedia DBMS
by Silvia Hollfelder, Florian Schmidt, Matthias Hemmje, Karl Aberer, Arnd Steinmetz

Tables from the Video Foundation DataBlade

in Transparent Integration of Continuous Media Support into a Multimedia DBMS
by Silvia Hollfelder, Florian Schmidt, Matthias Hemmje, Karl Aberer, Arnd Steinmetz

Tables from the Video Foundation DataBlade

in Address all correspondence to:
by Silvia Hollfelder, Florian Schmidt, Matthias Hemmje, Karl Aberer, Arnd Steinmetz, Silvia Hollfelder, Matthias Hemmje, Karl Aberer, Arnd Steinmetz, Silvia Hollfelder 1997

Table 4: Tasks

in Developing a DataBlade for a New Index
by Rasa Bliujūte, Simonas Saltenis, Giedrius Slivinskas, Christian S. Jensen
"... In PAGE 17: ... 6.3 Tasks Performed The tasks performed when implementing the GR-tree DataBlade are given in Table4 . The access-method core was implemented in C++ beforehand, and therefore the tasks included learning the neccessary APIs, adapting the existing code according to the DataBlade coding guidelines, creating an opaque data type for time extents, writing access method purpose functions (which turned into a layer connecting the already-implemented access-method core to the Informix Server), and writing special functions to manipulate BLOBs and qualification descriptors.... ..."

Table 4: Tasks

in Developing a DataBlade for a New Index
by Rasa Bliujute, Rasa Bliuj Ut E, Author(s Rasa Bliujute, Christian S. Jensen, Christian S. Jensen, Christian S. Jensen (codirector, Michael H. Bohlen, Renato Busatto, Curtis E. Dyreson, Heidi Gregersen, Dieter Pfoser, Simonas Saltenis, Simonas Saltenis, Janne Skyt, Giedrius Slivinskas, Giedrius Slivinskas, Giedrius Slivinskas, Kristian Torp, Richard T. Snodgrass (codirector, Sudha Ram
"... In PAGE 17: ... 6.3 Tasks Performed The tasks performed when implementing the GR-tree DataBlade are given in Table4 . The access-method core was implemented in C++ beforehand, and therefore the tasks included learning the neccessary APIs, adapting the existing code according to the DataBlade coding guidelines, creating an opaque data type for time extents, writing access method purpose functions (which turned into a layer connecting the already-implemented access-method core to the Informix Server), and writing special functions to manipulate BLOBs and qualification descriptors.... ..."

Table 6.1: Selected data types in Informix and PostgreSQL

in Reviewers:
by Jutta Horstmann, Prof Dr, Herbert Weber, Dipl Phys, Jürgen Oheim, Dr. Mattis Neiling 2005

Table 6.2 provides an overview on the Informix tools currently used at the WZB and commands and their PostgreSQL counterparts.

in Reviewers:
by Jutta Horstmann, Prof Dr, Herbert Weber, Dipl Phys, Jürgen Oheim, Dr. Mattis Neiling 2005

Table 6 Some sample queries and results using the Node DataBlade

in Ontology: A Review of Current Research Trends
by Mariam Tariq, Ai Group 2002

Table 9. Overview of integrity constraint related data dictionary views metadata about Oracle DB2 Informix MSSQL Sybase Ingres

in Semantic integrity support in SQL:1999 and commercial (object-)relational database management systems
by Can Türker, Michael Gertz 2001
Cited by 11

Table 10 shows a list of 10 image Ids with their captions that were used as the data-set to test the use of the Text DataBlade. The images are shown in Appendix B.

in Image Retrieval using Object-Relaional Technology: A Case Study
by Mariam Tariq, Ai Group, W. J. T. Mitchell 2002
"... In PAGE 30: ... Table10 Image Ids with their captions The table below shows some examples of queries with the output result. The first query demonstrates the use of the synonym list.... ..."
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