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A domain-specific modeling approach for component-based software development. / Domain specific modeling approach for component-based software development

A Domain-Specific Modeling Approach This study has presented a component-based domain modeling approach that
provides an environment for simplifying and accelerating software development and
analysis, and improves software reusability, maintainability, and productivity. With highlevel
design abstraction, constraints of application domains, and the guidance of domain
rules, the proposed component-based framework offers an effective solution to modeling
and automating the development and deployment of software application. Meta-modeling
will be used in this study to define the domain notations, rules, and constraints for
component composition within a specific domain context. A domain-specific graphical
design environment will also be proposed to simplify and accelerate the software
development by simply dragging and dropping pre-built components with minimal
programming effort. The modeling of components can be further extended with the
specification of their dependability and real-time constraints. / Related work -- Component composition -- Domain-specific modeling -- Model-based component composition environment for a specific domain -- Mobile service creation framework (MCSF) -- A model-driven approach to implementing dependable component-based mobile services -- A model-driven approach to implementing component-based real-time mobile services / Related work -- Component composition -- Domain-specific modeling -- Model-based component composition environment for a specific domain -- Mobile service creation framework (MCSF) -- A model-driven approach to implementing dependable component-based mobile services -- A model-driven approach to implementing component-based real-time mobile services. / Department of Computer Science

Identiferoai:union.ndltd.org:BSU/oai:cardinalscholar.bsu.edu:123456789/193416
Date January 2009
CreatorsYang, Zhihui.
ContributorsZage, Wayne M.
Source SetsBall State University
Detected LanguageEnglish
Formatx, 159 p. : digital, PDF file, col. ill.
SourceCardinalScholar 1.0

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