ViewPoint-oriented software development by distributed graph transformation: towards a basis for living with inconsistencies

Goedicke, Michael; Meyer, Torsten; Taentzer, Gabriele

doi:10.1109/isre.1999.777989

Cited by 25 publications

(9 citation statements)

References 10 publications

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“…Several approaches to the handling of model inconsistency, being defined as the maintenance of contradictory information within a network of models, center on the detection and resolution of inconsistencies [13] [6]. These approaches rely on facilities to perform a global consistency check on the distributed model which, though, might not always be available, e.g., for security reasons or due to network failures.…”

Section: Distributed Model Editingmentioning

confidence: 99%

Towards a Distributed Modeling Process Based on Composite Models

Strüber

Taentzer

Jurack

et al. 2013

Fundamental Approaches to Software Engineering

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Abstract. The rising impact of software development in globally distributed teams strengthens the need for strategies that establish a clear separation of concerns in software models. Dealing with large, weakly modularized models and conflicting changes on interrelated models are typical obstacles to be witnessed. This paper proposes a structured process for distributed modeling based on the modularization technique provided by composite models with explicit interfaces. It provides a splitting activity for decomposing large models, discusses asynchronous and synchronous editing steps in relation to consistency management and provides a merge activity allowing the reuse of code generators. All main concepts of composite modeling are precisely defined based on category theory.

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Section: Distributed Model Editingmentioning

confidence: 99%

Towards a Distributed Modeling Process Based on Composite Models

Strüber

Taentzer

Jurack

et al. 2013

Fundamental Approaches to Software Engineering

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“…The work of Goedicke, Meyer, and Taentzer (Goedicke, Meyer, and Taentzer 1999) used AGG but do not deal with the issue of dependency between validation rules. On the other hand, the validation error detection activity requires a manual coordination of the actors involved in the model design process.…”

Section: Enterprise Information Systems 689mentioning

confidence: 99%

Incremental checking of Master Data Management model based on contextual graphs

Lamolle

Menet²,

Duc

2013

Enterprise Information Systems

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The validation of models is a crucial step in distributed heterogeneous systems. In this paper, an incremental validation method is proposed in the scope of a Model Driven Engineering (MDE) approach, which is used to develop a Master Data Management (MDM) field represented by XML Schema models. The MDE approach presented in this paper is based on the definition of an abstraction layer using UML class diagrams. The validation method aims to minimise the model errors and to optimisethe process of model checking. Therefore, the notion of validation contexts is introduced allowing the verification of data model views. Description logics specify constraints that the models have to check. An experimentation of the approach is presented through an application developed in ArgoUML IDE.

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“…In addition the ViewPoints framework involves to tolerate inconsistent information in related ViewPoints until it seems necessary or appropriate to check and (re)establish consistency --at least in some parts of the system [1]. The ViewPoints framework has been used quite successfully and has been documented in the literature [2,1,4].…”

Section: Introduction and Related Workmentioning

confidence: 99%

ViewPoint-Oriented Software Development: Tool Support for Integrating Multiple Perspectives by Distributed Graph Transformation

Goedicke

Enders

Meyer

et al. 2000

Tools and Algorithms for the Construction and Analysis of Systems

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Cooperative development of distributed software systems involves to address the multiple perspectives problem: many stakeholders with diverse domain knowledge and differing development strategies collaborate to construct heterogeneous development artifacts using different representation schemes. The ViewPoints framework has been developed for organizing multiple stakeholders, the development processes and notations they use, and the partial specifications they produce. In this contribution we present a tool environment supporting ViewPoint-oriented software development based on a formalization by distributed graph transformation.

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ViewPoint-oriented software development by distributed graph transformation: towards a basis for living with inconsistencies

Cited by 25 publications

References 10 publications

Towards a Distributed Modeling Process Based on Composite Models

Towards a Distributed Modeling Process Based on Composite Models

Incremental checking of Master Data Management model based on contextual graphs

ViewPoint-Oriented Software Development: Tool Support for Integrating Multiple Perspectives by Distributed Graph Transformation

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