Evolution of OO Methods: the unified case | Zendy

Matti Rossi | Zendy

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Evolution of OO Methods: the unified case

Author(s) -

Matti Rossi

Publication year - 1997

Publication title -

ajis. australasian journal of information systems/ajis. australian journal of information systems/australian journal of information systems

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.351

H-Index - 18

eISSN - 1326-2238

pISSN - 1039-7841

DOI - 10.3127/ajis.v4i2.359

Subject(s) - class diagram , computer science , variation (astronomy) , class (philosophy) , compact space , limit (mathematics) , theoretical computer science , artificial intelligence , data mining , unified modeling language , mathematics , software , programming language , mathematical analysis , physics , astrophysics , pure mathematics

This paper takes an evaluative look into OO methods and especially the evolution of the new snified\udmethod from its ancestors, OMT and OODA. The paper ries to classify the components of the earlier ethods and identify the parts that have been taken into the Unified ethod. The research applies the method metrics approach. For the sake of compactness we limit ourselves to the class diagram technique of all methods. We make observations about the number of concepts in each variation and show how the metrics can be used to analyse the changes in the techniques

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