Newcomb, P. and Markosian, L., "Automating the Modularisation of Large COBOL Programs: Application of an Enabling Technology for Reengineering", Proc. Working Conference on Reverse Engineering, pp. 222-230, IEEE (1993).  Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
A Re-Engineering Evaluation of Software Refinery.. - Steven Atkinson (Correct)
....access to genuine persistent object bases from within Software Refinery. Extensibility The extensibility of Software Refinery is not recognised as a problem area. Conclusions Software Refinery is an excellent re engineering environment, as clearly indicated by its industrial record (e.g. [21, 22, 23, 24]) We have provided a conceptual foundation for re engineering that explains this success, and identified profitable areas of future research and development. Given the large base of Software Refinery infrastructure (i.e. language models and analysis tools for Ada, C, COBOL and FORTRAN so far) ....
Newcomb, P. and Markosian, L., "Automating the Modularisation of Large COBOL Programs: Application of an Enabling Technology for Reengineering", Proc. Working Conference on Reverse Engineering, pp. 222-230, IEEE (1993).
Knowledge-Based Requirements Analysis for Ada Design.. - Bailes, Burnim, Johnston (1995) (Correct)
....text, or to nested layers views. Implementation It remains to couple these specific requirements to one of the numerous design recovery techniques extant. The first stage, identified above as package classification , has already been implemented using Reasoning Systems Software Refinery TM [12]. Better Derivation of Requirements In addition to the above activities that are possible as a consequence of requirements analysis, the analysis bears repetition in the following respects. Orthogonality: in a small number of cases, the characterisations of design entities do not sufficiently ....
Newcomb, P. and Markosian, L., Automating the Modularisation of Large COBOL Programs: Application of an Enabling Technology for Reengineering", Proc. Working Conference on Reverse Engineering, pp. 222-230, IEEE (1993).
KBSE and Ada: Object and Enabling Technology - Paul Bailes (Correct)
....3.2 Know Ada Design Recovery We have already seen how it is possible to progress beyond SEE Ada in the visualisation dimension. In the orthogonal dimension of the quality of recovered design information, progress is possible with knowledge based analysis tools. Our choice of the Software Refinery [2] and its Ada instantiation Refine Ada is made for the following reasons: appropriate domain modelling capability exists through an object oriented data definition and manipulation sublanguage; this is further integrated with a concrete syntax specification subsystem ( Dialect ) to provide ....
Newcomb, P. and Markosian, L., "Automating the Modularisation of Large COBOL Programs: Application of an Enabling Technology for Reengineering", Proc. Working Conference on Reverse Engineering, pp. 222-230, IEEE (1993).
Derivation and Presentation of an Abstract Program Space for Ada - Bailes, al. (1995) (Correct)
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Newcomb, P. and Markosian, L., "Automating the Modularisation of Large COBOL Programs: Application of an Enabling Technology for Reengineering", Proc. Working Conference on Reverse Engineering, pp. 222-230, IEEE (1993).
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