Supporting Web User Interface Prototyping through Information Modeling and System Architecting

Supporting Web User Interface Prototyping through Information Modeling and System Architecting. Kong, X., Liu, L., & Lowe, D. In pages 63-70.
doi abstract bibtex

Existing design methods used for developing webcentric systems are mostly adapted from methods for designing traditional software systems. Web-centric systems however differ from traditional software systems, in terms of both organizational and technical characteristics. Effective design methods for webcentric systems need to address these characteristics specific to web-centric systems. This paper proposes a design method for web-centric systems. The de-sign process comprises three steps: prototyping, information modeling and system architecture design. The method is differentiated from existing design methods in that the design process commences from user interface prototyping. Information modeling activities are further enhanced in this method. To cope with the complexity of web systems, each design step is partitioned into both structural modeling and behavioral modeling. The design method is illustrated by applying the method to the design of a commercial web application.

@inproceedings{ kon05,
  crossref = {icebe2005},
  author = {Xiaoying Kong and Li Liu and David Lowe},
  title = {Supporting Web User Interface Prototyping through Information Modeling and System Architecting},
  pages = {63-70},
  doi = {10.1109/ICEBE.2005.116},
  abstract = {Existing design methods used for developing webcentric systems are mostly adapted from methods for designing traditional software systems. Web-centric systems however differ from traditional software systems, in terms of both organizational and technical characteristics. Effective design methods for webcentric systems need to address these characteristics specific to web-centric systems. This paper proposes a design method for web-centric systems. The de-sign process comprises three steps: prototyping, information modeling and system architecture design. The method is differentiated from existing design methods in that the design process commences from user interface prototyping. Information modeling activities are further enhanced in this method. To cope with the complexity of web systems, each design step is partitioned into both structural modeling and behavioral modeling. The design method is illustrated by applying the method to the design of a commercial web application.}
}

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