Patterns for data and metadata evolution in adaptive object-models

Ferreira, Hugo Sereno; Correia, Filipe Figueiredo; Welicki, León

doi:10.1145/1753196.1753203

Cited by 12 publications

(8 citation statements)

References 7 publications

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“…These patterns were mined from existing literature and tools, and sometimes driven by the development of the plugin itself. The catalog already includes patterns of maintaining the consistency of documentation artifacts [3], the classification and indexing of contents [1], the evolution of data and meta-data in systems using the Adaptive Object-Model architectural pattern [4], and of object-oriented meta-architectures [5].…”

Section: Contributions and Resultsmentioning

confidence: 99%

Documenting software using adaptive software artifacts

Correia

2013

Proceedings of the 2013 Companion Publication for Conference on Systems, Programming, &Amp; Applications: Software for Humanity

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Section: Contributions and Resultsmentioning

confidence: 99%

Documenting software using adaptive software artifacts

Correia

2013

Proceedings of the 2013 Companion Publication for Conference on Systems, Programming, &Amp; Applications: Software for Humanity

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“…WOSL is based on the Object Role Modeling language (Halpin, ), which is also used as a base for the specification of the anatomy of Archimate (Lankhorst et al , ), a similar effort to ours. In Ferreira et al (), a relation between AOM pattern and the MOF standard is presented, where run‐time instances of the operational level are equivalent to MOF's M0 and knowledge level; classes, attributes, relations and behaviour are equivalent to M1, with M2 being an equivalent to the models used to define an AOM. As in the work of Ferreira et al (), in our UEAOM all these MOF levels are projected as run‐time instances.…”

Section: The Universal Enterprise Adaptive Object Modelmentioning

confidence: 99%

Universal Enterprise Adaptive Object Model: A Semantic Web‐Based Implementation of Organizational Self‐Awareness

Aveiro

Pinto

2015

Intell. Sys. Acc. Fin. Mgmt.

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In this paper we present a novel conceptual model that systematizes the integrated management and adaptation of:(1) enterprise models, (2) their representations, (3) their underlying meta-models (i.e. their abstract syntax) and (4) the representation rules (i.e. concrete syntax for the respective models). All this for different modelling languages and also different versions of these languages. Thanks to our original use of the adaptive object model and type square patterns-normally applied in the context of software engineering, but here applied for enterprise engineering-we manage to provide a strong conceptual foundation for the development of software tools that allow a precise and coherent specification of models and their evolution and also of meta-models and their evolution. We also present a prototype of such a tool currently being developed to enable collaborative enterprise ontology model management using the Semantic MediaWiki as a base framework. This solution is solidly grounded on the theoretical foundations of organizational self-awareness and Ψ-theory of enterprise ontology and is a valuable contribution to facilitate general and distributed enterprise model management and also concrete and abstract syntax specification (i.e. the specification of a language's meta-model). This allows flexibility and ease of use in creation and adaptation of organizational models and also the use of semantic queries to detect and inform users on any violation of meta-model rules.

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“…WOSL is based in Object Role Modeling language (Halpin, 1998) which is also used as a base for the specification of the anatomy of Archimate (Lankhorst et al, 2010), a similar effort to ours. In (Ferreira et al, 2008) a relation between Adaptive Object Model pattern and the MOF standard is presented, where run-time instances of the operational level are equivalent to MOF's M0 and knowledge level; classes, attributes, relations and behavior is equivalent to M1, being M2 an equivalent to the models used to define an AOM. As in the work of Ferreira et al, in our UEAOM all these MOF levels are projected as run-time instances.…”

Section: The Universal Enterprise Adaptive Object Modelmentioning

confidence: 99%

Universal Enterprise Adaptive Object Model

Aveiro¹,

Pinto²

2013

Proceedings of the International Conference on Knowledge Engineering and Ontology Development

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Keywords:Enterprise Engineering, Model, Meta-Model, Abstract Syntax, Concrete Syntax, Adaptive Object Model, DEMO. Abstract:In this paper we present a novel conceptual model that systematizes the integrated management and adaptation of: (1) enterprise models, (2) their representations, (3) their underlying meta-models, i.e., their abstract syntax and (4) the representation rules, i.e., concrete syntax for the respective models. All this for different modeling languages and also different versions of these languages. Thanks to our original use of the adaptive object model and type square patterns -normally applied in the context of software engineering, but here applied for enterprise engineering -we manage to provide a strong conceptual foundation for the development of software tools that will allow a precise and coherent specification of models and their evolution and also of meta-models and their evolution.

show abstract

Patterns for data and metadata evolution in adaptive object-models

Cited by 12 publications

References 7 publications

Documenting software using adaptive software artifacts

Documenting software using adaptive software artifacts

Universal Enterprise Adaptive Object Model: A Semantic Web‐Based Implementation of Organizational Self‐Awareness

Universal Enterprise Adaptive Object Model

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