Search for dissertations about: "interactive graphical user interfaces"
Showing result 1 - 5 of 6 swedish dissertations containing the words interactive graphical user interfaces.
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1. Improving implementation of graphical user interfaces for object-oriented knowledge-bases
Abstract : Second generation knowledge-based systems have raised the focus of research from rulebased to model-based systems. Model-based systems allow knowledge to be separated into target domain model knowledge and problem solving knowledge. READ MORE
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2. An approach to automatic construction of graphical user interfaces for applications in scientific computing
Abstract : Applications in scientific computing perform input and output of large amounts of data of complex structure. Since it is difficult to interpret these data in textual form, a graphical user interface (GUI) for data editing, browsing and visualization is required. READ MORE
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3. Object oriented frameworks with design patterns for building distributed information sharing
Abstract : The construction and programming of interactive graphical user interfaces is hard work with conventional programming tools. Investigations have shown that as much as 80% of the programming code could be related to the interactive parts in modern applications with a graphical interface. READ MORE
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4. Tools for design, interactive simulation, and visualization of object-oriented models in scientific computing
Abstract : Mathematical models used in scientific computing are becoming large and complex. In order to handle the size and complexity, the models should be better structured (using objectorientation) and visualized (using advanced user interfaces). Visualization is a difficult task, requiring a great deal of effort from scientific computing specialists. READ MORE
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5. Reactive Objects and Functional Programming
Abstract : The construction of robust distributed and interactive software is still a challenging task, despite the recent popularity-increase for languages that take advanced programming concepts into the mainstream. Several problematic areas can be identified: most languages require the reactivity of a system to be manually upheld by careful avoidance of blocking operations; mathematical values often need to be encoded in terms of stateful objects or vice versa; concurrency is particularly tricky in conjunction with encapsulated software components; and static type safety is often compromised because of the lack of simultaneous support for both subtyping and polymorphism. READ MORE