## 3 Results
### STSCDT Representation--Generic Context Management Packages and Meta-Concepts (RH2)
#### 3.2.4 Generic Performer Package and Meta-Concepts  
The 01_04_GenericPerformerPackage contains the GenericPerformerMetaModel, which specifies the GenericPerformer reusable meta-concept and enables the specification and modeling of other specialized meta-concepts. Figure 8 represents the meta-model of GenericPerformer-related meta-concepts. GenericPerformer meta-concept is a course-grained specialization (GenPerfSpec) of a RankedConcept (Section 3.2.3) representing either a real or virtual meta-concept (attribute Virtual?). A RankedConceptGenericPerformer enables ranking according to the assessment mechanism specified by an arbitrary GenericPerformer acting as a ranker. It performs documented activities (PerformerDocuments strong dependency relation with the GenericDocumentation meta-concept) in a generic language and alphabet environment (PerformerLangAlph many-to-many relation with LanguageAlphabet meta concept) and generic process configuration context (PerformerProcess strong dependency relation with the GenericProcess meta-concept). It uses generic resources (PerformerResources strong dependency relation with the GenericResources meta-concept) and the related technologies (RelaysOn strong dependency relation with PerformerTechnology meta-concept) to deliver tangible or intangible generic documented products (PerformerProduct strong dependency relation with the GenericProduct meta-concept). GenericPerformer is further recursively specialized by two composite configuration meta-concepts:  
Figure 8: The Generic Performer Meta-Model—A Generic Performer meta-concept. Language meta concept is a stand-alone specialization of StructuredConcept (LangSpec relation) that configures the LanguageAlphabet meta-concept over LanguageAlphabets’ strong dependency and enables specification and meta-modeling of language and alphabet influencers forming the performing context of a GenericPerformer. * InternalConfiguration is a specialization of the GenericPerformer meta-concept (IntConfigSpec specialization relation) and configured over the InternalPerformers strong dependency relation. * ExternalConfiguration is a specialization of the GenericPerformer meta-concept (ExtConfigSpec specialization relation) and configured over the ExternalPerformers strong dependency relation. The GenericPerformer configures four additional specializations of an Assessed-Concept (Section 3.2.3) (enables the assessment of its specializations over the assessment mechanism specified by a GenericPerformer acting as the assessor) and one additional specialization of the GenericTechnologyConcept meta-concept (RelaysOn specialization relation):  
* GenericProcess is a specialization of AssessedConcept (GenProSpec relation) configured by the PerformerProcess strong dependency relation. It enables specification and meta-modeling of a GenericPerformer's process dimension. * GenericProduct is a specialization of AssessedConcept (GenProSpec relation) configured by the PerformerProduct strong dependency relation. It enables meta-modeling of a GenericPerformer's product dimension. * GenericResources is either a specialization of AssessedConcept (GenRessAssessSpec relation) or RankedConcept (GenResRankSpec) depending on the generic resource nature. It is configured by the PerformerResources strong dependency relation enabling specification and meta-modeling of a GenericPerformer's resources dimension. * GenericDocumentation is a specialization of AssessedConcept (GenDocSpec relation) configured by the PerformerDocuments strong dependency relation) and enables meta-modeling of the GenericPerformer's language and alphabet clustered documentation (DocLangAlpha strong dependency relation). * PerformersTechnology is a specialization of GenericTechnologyConcept (PerfTechSpec relation) configured by the RelaysOn strong dependency relation. It enables the meta-modeling of a GenericPerformer's technology dimension.