Book Chapter10.1007/BFB0020537
Object-Oriented Meta Modelling
Motoshi Saeki
- 12 Dec 1995
- pp 250-259
TL;DR: A meta-modelling technique based on object-oriented concept for the method base system, which provides method fragments with high modularity and reusability and how to customize method fragments and to integrate them to a new method is discussed.
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Abstract: For efficient system specification development, it is very important that the developers can compose the development methods suitable for their problem domain and environment before starting system development. Method Engineering, especially meta-modelling technique, provides us with the powerful devices to compose the methods effectively. In this framework, we develop new methods and their supporting tools easily from the data base of the existing methods and/or method fragments (meaningful constituents of methods), called method base. This paper discusses a meta-modelling technique based on object-oriented concept for the method base system. Information hiding and inheritance mechanism in object-oriented concept provide method fragments with high modularity and reusability. Method fragments are modelled and described in object-oriented formal description language Object Z. We also discuss how to customize method fragments and to integrate them to a new method.
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Citations
Developing a meta model for the Bunge---Wand---Weber ontological constructs
TL;DR: In this article, a meta model of the BWW constructs using a meta language that is familiar to many IS professionals, more specific than plain English text, but easier to understand than the set-theoretic language of the original BWW models.
154
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Evaluation of Workflow Management Systems - A Meta Model Approach
TL;DR: The benefits of a meta model approach for the evaluation and comparison of different workflow management systems are outlined and an organisational reference meta model is presented, which helps users in specifying their requirements for a workflow management system.
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Evaluation of Workflow Management Systems - A Meta Model Approach
TL;DR: In this paper, the benefits of a meta model approach for the evaluation and comparison of different workflow management systems are discussed, and an organisational reference meta model is presented, which helps users in specifying their requirements for a workflow management system.
Evaluation of workflow management systems using meta models
M. zur Muhlen
- 05 Jan 1999
TL;DR: A comparison of scoring model and meta-model-based evaluation processes is concluded, which helps users in specifying their requirements for a workflow management system.
Using Meta Models for the Comparison of Ontologies
Islay Davies,Peter H.R. Green,Simon K. Milton,Michael Rosemann +3 more
- 01 Jan 2003
TL;DR: This paper discusses an approach for analysing and evaluating the meta models of two well-known ontologies that had been used previously in Systems Analysis and Design research – the BWW representation model and Chisholm’s ontology.
51
References
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Object-oriented analysis
Peter Coad,Edward Yourdon +1 more
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TL;DR: A complete implementation guide to a new requirements analysis technique, based on an object-oriented paradigm, offering numerous case studies and step-by-step examples.
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A framework for expressing the relationships between multiple views in requirements specification
TL;DR: This work deploys multiple ViewPoints that hold partial requirements specifications, described and developed using different representation schemes and development strategies, and proposes a general model for ViewPoint interaction and integration.
MetaEdit: a flexible graphical environment for methodology modelling
Kari Smolander,Kalle Lyytinen,Veli-Pekka Tahvanainen,Pentti Marttiin +3 more
- 01 May 1991
TL;DR: A graphical metamodelling editor with which the conceptual structures of the user methodology can be modelled easily using an easy-to-grasp graphical notation, based on the Object-Property-Role-Relationship (OPRR) data model.
A Hierarchical And Functional Software Process Description And Its Enaction
Takuya Katayama
- 15 May 1989
TL;DR: A hierarchical and functional software process model HFSP is introduced which satisfies the basic requirements for process description and enaction and allows clear and highly understandable process descriptions due to its static and declarative description style.
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