Sentence examples for integration and validation from inspiring English sources

The virtual integration platform concept is supported by an integrated IP-based tool environment for authoring, integration, and validation.

A rapid growth of available geospatial data requires development of systems capable of autonomous data retrieval, integration and validation.

Integration and validation of various sub-models describing fate and transport of CO2 in various compartments of the geosphere is at an infant stage.

In the quest for integration and validation, saying "I do" to "I do" is much more effective — not to mention more reflective of the way most gay people live — than strutting in leather on a parade float.

Science Applications International Corp. of McLean won a $7.9 million contract from the Defense Advanced Research Projects Agency for a smartphone mobile ad-hoc network, associated development, and test framework to ensure successful integration and validation of content-based Mobile Edge Networking technology developer solutions.

Attention is paid to the necessary definition of the respective development item, the threat-, handriskanalysis analysafetyafety concepts and their relation to architecture development, while the book also addresses the aspects of product realization in mechanics, electronics and software as well as for subsequent testing, verification, integration and validation phases.

The conceptual framework promotes a strong integration, interaction and validation of both approaches to achieve a most realistic setting of priorities.

It uses a two-level deployment process, i.e. deploying functional entities to RVNs and then deploying RVNs to physical nodes, and thus also gives development benefits with respect to composability, system integration, testing, and validation.

Techniques/procedures/documentation requirements are a very much simplified requirement of that given in IEC 61508 and are more in-line with those given in IEC 61511 (application level requirements) and consist of, requirement specification for the SRP/CS and safety functions, design and integration, verification and validation, modification, and documentation.

The finalized architecture, commonly called physical architecture (subsequently abbreviated as PA), defines the solution at a sufficient level of detail to specify the developments and acquisitions of all subsystems (or components) to be implemented, and to define and orientate the system integration, verification and validation (IVV) phases.

Beside securing the engineering and anticipating the verification of design choices, one of the great benefits of model-based system engineering is the support to Integration, Verification and Validation (IVV) of the system (or more generally of the solution fulfilling the expressed needs).