Sentence examples for categories of systems from inspiring English sources

Two categories of systems are studied.

Although different in scope, both categories of systems required the development of a number of enabling technologies that are largely thought to be the key "technological drivers" for the Freight ITS developments of the future.

The winner is EDS Chairman Lester M. Alberthal Jr., for: "We've decided that the best way to meet the priorities and needs of our clients is through a portfolio of related service offerings that cut across the categories of systems and technology services, business process management.... ..... Close second in above category.

Many aspects of both categories of systems have been studied and described [ 8- 21], but one would have expected that the crucial question: which system is best, which should be preferred, would have been a 'Leitmotiv' in the wealth of studies (see also [ 22]).

ANOVA-based analyses demonstrate that there is no statically significant difference among the three categories of system designer responses on the importance of building components and design selection criteria.

We cannot rule out the effects of reporter bias, and event volume is too low to look at the reports in terms of categories of system failures and attributable causes.

The shallow water equations fall into the category of systems of conservation laws which can be symmetrized thanks to the existence of a mathematical entropy coinciding, in this case, with the total energy.

However, an undetermined portion of the population has access to public sector services, and to a lesser extent is covered by the private sector (3.8%% of the population) and the "other" category of systems mentioned in the previous paragraph.

The results obtained are very important for those involved in the development of modelling tools and systems, for requirement analysis and to provide insight on new features and trends for this category of systems.

The second major category of systems is graph-based, which model both RDF data and the SPARQL query as a graph and evaluate the query by subgraph matching using homomorphism, e.g., [3, 34, 38, 39].

Recently, it has been reported that exploiting imprecise arithmetic building blocks such as adders and multipliers significantly improves digital implementation costs as well as performance of an important category of systems named as Imprecision Tolerant (IT) applications.