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Creator |
2c99057c5a6fbdfdf23181c7ca14cb24 |
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Date |
2007 |
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Is Part Of |
repository |
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abstract |
This chapter introduces a conceptual metamodel which enables the assessment and semi-formal
modeling of business processes in the domain of software engineering based on the
UML metamodel. In addition to the definition of an appropriate process modeling method,
a basis for performing empirical case stud-ies and structured process assessments
is provided by defining and structuring the relevant process entities (artifacts,
roles, tools), and process elements and their in-terdependencies on the metamodel
level. Above all, some example models are presented which were developed by applying
the introduced metamodel during an initial case study. The described metamodel allows
the opportunity to create de-tailed organizational UML-based models which describe
the relevant roles, work-flows, artifacts as well as the used tools and their interdependencies.
Thus, it can facilitate a founded assessment, evaluation and re-engineering of organizational
software development processes. |
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authorList |
authors |
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editorList |
editors |
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status |
peerReviewed |
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type |
Article |
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type |
BookSection |
| 28585 |
label |
Dietze, Stefan (2007). Adaptation of the UML to formalized software development process
assessment and modeling- dedicated metamodel and case study. In: Rittgen, Peter ed.
Enterprise Modeling and Computing with UML. Hershey, PA, U.S. and London, U.K.:
Idea Group Publishing, pp. 95–112. |
| 28585 |
label |
Dietze, Stefan (2007). Adaptation of the UML to formalized software development
process assessment and modeling- dedicated metamodel and case study. In: Rittgen,
Peter ed. Enterprise Modeling and Computing with UML. Hershey, PA, U.S. and
London, U.K.: Idea Group Publishing, pp. 95–112. |
| 28585 |
Publisher |
ext-2798c7f225c3b219f09bfb0d31a8c040 |
| 28585 |
Title |
Adaptation of the UML to formalized software development process assessment and modeling-
dedicated metamodel and case study |
| 28585 |
in dataset |
oro |