## 3 Results
### STSCDT Representation--Generic Context Management Packages and Meta-Concepts (RH2)
#### 3.2.2 Generic Assessment and Ranking Package and Meta-Concepts  
01_02_GenericAssessmentAndRankingPackage contains the related Generic Assessment and Ranking Meta-Model and enables the assessment and ranking of arbitrary meta-concepts that inherit either AssessedConcept or RankedConcept meta-concepts (Figure 6).  
The meta-model specifies seven universal meta-concepts:  
* AssessedConcept--represents a core assessment and ranking meta-concept enabling specification and meta-modeling of the assessment mechanisms for an assessor, representing a GenericPerformer (AssessOrRanks strong dependency relation--Figure 6), used assessment technology, and serves as a placeholder for derived assessments or rankings. Consequently, the AssessedConcept configures three additional meta-concepts: the AssessmentMechanism meta-concept over HasMechanisms strong dependency relation, the AssessmentTechnology meta-concept over AppliesTechnology strong dependency relation, and the Assessments meta-concept over HasAssessments strong dependency relation. Additionally, it serves as a foundation for derived rankings.
* AssessmentMechanism meta concept is a specialization of StructuredConcept (AssessMechSpec specialization relation) enabling specification and meta-modeling of arbitrary assessment mechanisms that may be used by the GenericPerformer through related AssessedConcept to assess or rank arbitrary meta-concepts that inherit either the AssessedConcept or RankedConcept meta-concepts. It configures the MechanismIndicators meta-concept over the DefinedIndicators strong dependency relation and relates with the applied AssessmentTechnologies (many-to-many relation MechTech).
* MechanismIndicators meta-concept is a specialization of StructuredConcept (MechIndSpec specialization relation) enabling specification and meta-modeling of indicators related to the AssessmentMechanism meta-concept. It configures the IndicatorParameters meta-concept over the IndicParams strong dependency relation.
* IndicatorParameters meta-concept is a specialization of StructuredConcept (IndParamSpec specialization relation), enabling specification and meta-modeling of parameters related to the MechanismIndicator meta-concept.  
Figure 6: Generic Assessment and Ranking Meta-Model—The AssessedConcept meta-concept. It is cross-related with the GenericPerformer meta-model due to the strong dependency between a GenericPerformer meta-concept and the AssessedConcept, where a GenericPerformer plays the role of an Assessor or Ranker (strong dependency AssessOrRanks relation). On the other hand, a GenericPerformer is a RankedConcept, meaning that a GenericPerformer specializations may classified according to the related assessment mechanism.  
* AssessmentTechnology meta-concept is a specialization of the GenericTechnology-Concept (AssessTechSpec specialization relation). It supports meta-modeling of the assessment technology versions related to the AssessedConcept over AppliesTechnology strong dependency relation and relates with the applied AssessmentMechanism meta-concept (many-to-many relation MechTech).
* Assessments meta-concept is a specialization of the AssessmentMechanism meta-concept (AssessmentsSpec specialization relation) and enables the derivation of the assessments related to the AssessmentConcept according to the referenced AssessmentMechanism.
* RankedConcept is a specialization of AssessmentConcept (RankedSpec specialization relation), enabling specification, meta-modeling, and derivation of ranking meta-concepts according to the ranking meta-model in compliance with the inherited AssessmentMechanism.