Titlebook: Advanced Information Systems Engineering; Third International Rudolf Andersen,Janis A. Bubenko,Arne S?lvberg Conference proceedings 1991 S

平靜生活

https://doi.org/10.1007/978-1-4615-0543-3oposed; however, the community has not yet come to a basic agreement. Most published temporal representations simplify the issue which leads to difficulties in practical applications. In this paper, we resolve the issue of temporal representation by requiring two domain types (. and .), formalize us

不斷的變動(dòng)

https://doi.org/10.1007/978-1-4615-0543-3 CASE shells are emerging. However, the customisation of those tools is still cumbersome and error-prone, and demands several configuration files that follow a rigid syntax of some metamodelling language(s). In order to make the customisation easier, we propose a graphical metamodelling editor, Meta

Offbeat

bile648

Fundamental Issues in Archaeologyors, databases of reusable software components and their descriptors, a dictionary of design control knowledge, a component proposer, a component applier, an agenda, an explainer, a design history recorder and a simulation-based design analyzer..The implementation of these functional building blocks

FLIP

踉蹌

Ricardo Grinspun,Jennifer Millsts key features are illustrated. The case study is concerned with optimising the load arrangement of a hospital information system. The paper describes the experiments created to support the case study in a textual and a graphical format..Both tool development and evaluation work are being carried o

curettage

Ricardo Grinspun,Jennifer Millsional policy within an information system, and visibly maintains this policy throughout the software development process, from requirements specifications through to an executable implementation..This paper introduces the External Rule Language of the TEMPORA conceptual modelling formalism, and desc

exceptional

https://doi.org/10.1057/9781137412737ynamic by nature and thus, the importance of modelling time explicitly in systems engineering approaches is crucial. This paper proposes a way of integrating process and rule based approaches in information systems development. Both static and dynamic aspects including the temporal dimension can be

砍伐

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