GENIUS: A Generator for Graphical User Interfaces
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Graphical user interface
Post-WIMP
Interface (matter)
Graphical user interface
Communication design
Presentation (obstetrics)
Post-WIMP
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Graphics based user interfaces are now-a-days very popular for interacting with the computer. This is because of their ease of use through a visual medium rather than text medium. In this paper, a brief account of Graphical user Interface (GUI) and its advantages are presented. Five application areas in Mining R&D which have been benefited by GUI are discussed. Some standard GUI-based packages with relevance to Mining Industry have also been described.
Graphical user interface
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Multiple document interface
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Abstract The sections in this article are History Definition of a Graphical User Interface Are Graphical User Interfaces Better Than Character‐Based Interfaces? Effects On Software Development Architecture Of Graphical User Interfaces Development Process Designing The Graphical User Interface Representations Of Design Appearance Evaluation Of Graphical User Interfaces Future of Graphical User Interfaces
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소프트웨어 개발 프로세스상 GUI(Graphic User Interface) 구현을 위해서는 GUI 디자이너와 개발자 간의 의사소통이 필수적인 요소이다. 이를 위해 GUI 가이드라인이라는 문서를 작성하는데, 국내에서는 일반적으로 파워포인트를 사용하여 작성한다. GUI가이드라인을 사용하는 방식은 GUI 의 양이 많으면 많을수록 작성 해야 하는 문서의 분량이 많아지는 비효율적인 면이 있다. 본 논문에서는 문서작성이라는 업무를 제외할 수 있는 도구를 제공함으로써 소프트웨어 개발 프로세스를 개선할 수 있는 방법을 제안한다.
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Graphical user interface
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Multiple document interface
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The topic of this thesis is development of a graphical user interface for real-time monitoring of electrocardiographic signals. Our main goal was to design, implement and evaluate the graphical user interface.
We developed a graphical user interface which allows us to browse, add, edit and delete patients in the patient's database. It also allows us to assign the measurement devices to the patients. It supports real-time displaying of electrocardiographic curves and alarm notifications in case of patient's critical states. For best visibility we used bright vivid colors and flashing background. Past measurements can be viewed and printed. Past alarms are stored and accessible for examination.
Development took place in several iterations of the spiral user interface design model. In our work we followed basic principles and guidelines for user interface design, especially 10 Nielsen's design principles. Subset of functionalities for each iteration has been validated against usability heuristics. The developed graphical user interface was submitted to user testing in a real clinical environment in Dr. Franc Derganec general hospital in Nova Gorica. We updated the graphical user interface in collaboration with the medical staff.
The graphical user interface was developed in Qt 3.x programming environment. It runs on several platforms and operating systems and was developed and tested in KDE graphical environment of LINUX OS.
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The increasing availability of computers with high-quality graphics and fonts has created an opportunity and an obligation for user interface designers. The opportunity is that designers can use graphical techniques to design more effective user interfaces. The obligation is that they must become experts at the design of graphical user interfaces. Current user interface toolkits provide very little design assistance. This paper describes a theory that supports automatic design of graphical presentations of relational information and shows how to extend it to support theory-driven design of graphical user interfaces.
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Graphical user interface
Look and feel
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Presentation (obstetrics)
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This paper represents the general design solution for three-dimensional graphical user interface (GUI) solution for the application for television receivers. Concerning the user experience as well as the fact that users are used to 2D GUI, most of the elements in this solutions are in 2D and combined together within 3D world.
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Graphical user interface
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Stereotaxy
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Since the beginning of computers there have been many types of user interfaces. Early user interfaces were extremely limited because of the computers limited resources. As computing systems and computing power evolve, so have the user interfaces evolved. The current stage of evolution for graphical user interfaces (GUI) for most computer systems is the WIMP (Windows, Icons, Mice, Pointer). The WIMP graphical user interface design has been the standard since its conception in the 1970s. Progressing beyond the WIMP to the next level of graphical user interface has proven extremely difficult [1]. Animated Graphical User Interfaces (AGUI) are a significant improvement over windowed interfaces for some applications. The users perceived usefulness, perceived value, and perceived quality can be improved by applying an Animated Graphical User Interface to the application. Improving the users perceived usefulness, perceived value, and perceived quality can lead to a significant increase in revenue for some applications. Advertising in traditional windowed applications is not widely accepted by users making it difficult to use as a revenue source. The introduction of an Animated Graphical User Interface to an application also gives rise to the option of introducing animated advertising in the application. Animated advertising can present a new revenue source in addition to or in place of the purchase price of the application. Animated advertisements can be presented in an entertaining and passive format that users will find acceptable in applications where advertising is not normally tolerated. The Animated Graphical User Interface can also be used to bridge language barriers. Animations for the interface can be designed with a goal of language independence. The user interface and animations can be designed with intuitive animations and graphics that users can understand without using a language. Animated applications designed for language independence can be used by people all over the world without modifications for language considerations. Design innovative user Animated Graphical User Interfaces that are functional and entertaining. Use the Animated Graphical User Interface Model to increase the users perceived usefulness, perceived quality, and perceived value of the target application. Create an environment using the Animated Graphical User Interface Model that instills user tolerance for animated advertising embedded in applications. Design animations, graphics and functionalities using the Animated Graphical User Interface Model that allows language independent use of the application.
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Interface metaphor
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