Sentence examples for semantic capabilities from inspiring English sources

These discoveries give us the foundation upon which to build semantic capabilities, and to guarantee operational interaction between tools based on matched operational semantics.

To date, adding semantic capabilities to web content usually requires considerable server-side re-engineering, thus only a tiny fraction of all web content currently has semantic annotations.

Precisely, the joint use of the aforementioned methodologies enables both a quantitative and qualitative behavioral analysis that efficiently face the intrinsic people/objects tracking imprecision and provide context aware and semantic capabilities for better identifying a given activity.

For this purpose, the knowledge of the recruitment domain has been represented by means of ontology, which has been used to guide the design of the application and to supply the system with semantic capabilities.

WINGS has other functionality that is not directly related to its semantic capabilities [ 36].

In previous work, we applied it to manage multimedia services by extending it with semantic capabilities [ 19].

This work presents a process-aware approach to develop KM platforms linked to business processes with semantic capability to manage knowledge objects with natural language content as well as to support social interactions and ad hoc working groups.

Specifically, we will describe the implementation of the DAML-S/UDDI Matchmaker that expands on UDDI by providing semantic capability matching, and we will present the DAML-S Virtual Machine that uses the DAML-S Process Model to manage the interaction with Web service.

Ok, so Flash isn't all bad, but one of the biggest benefits of HTML5 is its semantic capability for creating intelligent connections between data and content, which also happens to be one of Flash's biggest failures.

This inherently involves strong semantic (meaning) capabilities to parse queries and commands correctly and with high confidence, because an error by a robot or automated vehicle could be disastrous.

His current research interests include the use of semantic web capabilities, and building ontologies to represent geospatial science knowledge domains.