Therefore, the aim of this paper is to provide support to define and specify aspect-oriented (AO) architectures using non-AO ones as the source.
For this purpose, SIP uses the Required header in order to indicate the required features; the Supported header to specify some additional features that are supported; and, finally, the Accept header, which indicates the kind of information that is supported in the exchanges.
In particular, the KEDRF supports efforts to specify and quantify the sources of variability, a prerequisite to strengthening the scientific basis for food safety decision making.
This is why we need to support the user to specify her information need in interaction with the search engine.
For example, DCL does not support a way to specify components in a hierarchical manner, which is a common occurrence when modeling object-oriented systems [17, 18].
In the clinical trial setting, Bayesian instruments based on the INLA approach can be applied as decision support to pre-specify a suitable final model for sensitivity analyses.
Tool support: facilitates common activities to specify and to design the architecture, such as editing specifications, and validating and visualizing the architecture.
In order to cope with this problem, we present in this paper an extension of our tool support for feature models to specify geometrical assembly constraints.
It is necessary to specify support, namely the number of occurrences of any pattern.
Cardinality constraints are also supported in the AM to specify the semantics for container objects whose attributes are multi-valued.
