This method takes into account the antagonistic stiffness coming from the prestress and thus provides an efficient way to meet user-defined requirements.
One of the most critical processes in CBSD is the selection of a set of software components from in-house or external repositories that fulfil some architectural and user-defined requirements.
Users should be involved early in the OPAC development cycle process in order to ensure a usable and functional interface, as the integration of user-defined requirements of OPACs, along with the other human computer interaction considerations, offer a better understanding of user perceptions and expectations in respect of OPACs, ultimately resulting in truly user-centred OPACs.
No adaptations or annotations in the model are needed to generate the test cases, making it easier to apply than a user-defined requirement-based coverage tool.
Data visualization tools summarize patient profiles of lab values, vital signs, and associated biomarkers into tables and plots based on user-defined requirements.
A primer is considered valid if: all user-defined requirements are met, the primer does neither contain repetitive elements nor restriction sites within the binding region, and no mispriming is found in the genome under study.
Our service-oriented grid computing system called Nimrod-G manages all operations associated with remote execution including resource discovery, trading, scheduling based on economic principles and a user-defined QoS requirement.
Along with possible user-defined additional requirements relating to function, assembly requirements are used in a rule-based geometric reasoning procedure to select datum reference frames for each part and to assign tolerance types to part features.
The query generation algorithm collects all user-defined device requirements and builds a SPARQL query that combines all requirements into a single query.
Theoretical and phenomenological models are used to correlate the microstructure to macroscopic properties, and a genetic algorithm (GA) is used to synthesize the optimal microstructure for satisfying user-defined design requirements.
Furthermore, based on user-defined execution requirements, WINGS can automatically generate the most appropriate and/or efficient workflows [ 41].
