One singular database is characterized by dance figures which consist of an equal amount of dance steps performed at the same tempo.
In general, satellite-derived databases are characterized by several criteria, e.g., [18, 19] input and output data, spatial and time resolution, period of time, methods for the computation, and the algorithm used for the simulation.
An illustrative example is genome databases that are characterized by large amounts of data that are frequently updated from a variety of data sources.
Traditional rough set theory is mainly used to extract rules from and reduce attributes in databases in which attributes are characterized by partitions, while the covering rough set theory, a generalization of traditional rough set theory, does the same yet characterizes attributes by covers.
Systolic arrays (SAs) are very efficient architectures for multimedia processing, database management, and scientific computing applications that are characterized by a high number of data access.
A current working definition provided by the IPD KIR database being as follows; Group B haplotypes are characterized by one or more of the following genes: KIR2DL2, KIR2DL5, KIR2DS1, KIR2DS2, KIR2DS3, KIR2DS5 and KIR3DS1.
The HPRs are characterized by the presence of numerous ORFans (database orphan ORFs), some of which are unique to either the phi1 or RB49 genomes (table 1).
TRs that are characterized by a predefined periodicity are categorized in the TRIPS database [ 14].
Organisms are characterized by their cyto-genotype.
Enterobacteriaceae organisms with an ESBL phenotype (predefined criteria: MIC ≥2 mg/L for any cephalosporin, ≥3 dilution change in MIC when an antibiotic was combined with a β-lactamase inhibitor) identified prior to database lock were characterized by JMI Laboratories (North Liberty, Iowa) using a commercial MicroArray System Check-MDR CT101 kit (Check-points, Wageningen, the Netherlands).
