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Providing high-level control and expert assistance in the user interface presentation design
Author(s) -
Won Chul Kim,
James D. Foley
Publication year - 1993
Publication title -
smartech repository (georgia institute of technology)
Language(s) - English
Resource type - Conference proceedings
ISBN - 90-5199-133-9
DOI - 10.1145/169059.169346
Subject(s) - computer science , dialog box , human–computer interaction , structuring , interface (matter) , user interface , presentation (obstetrics) , user interface design , iterative design , control (management) , process (computing) , user experience design , artificial intelligence , world wide web , engineering , programming language , medicine , finance , bubble , maximum bubble pressure method , compatibility (geochemistry) , chemical engineering , parallel computing , economics , radiology
Current user interface builders provide only low-level assistance, because they have knowledge of neither the application, nor the principles by which interface elements are combined effectively. We have developed a framework that unites the knowledge components essential for effective user interface presentation design. The framework consists of an application model (both a data model and a control model), a design process model that supports top-down iterative development, and graphic design knowledge that is used both to place dialog box elements such that their application dependent logical relationships are visually reinforced and to control design symmetry and balance. To demonstrate the framework's viability, we have constructed a tool based on encapsulated design knowledge that establishes high-level style preferences and provides expert assistance for the dialog box presentation design and menu structuring.

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