Which analysis model provides the best starting point for identifying screens for user interface design?
Answers from top 9 papers
More filters
| Papers (9) | Insight |
|---|---|
15 Apr 1996 21 Citations | The method also provides for (semi) automatic generation of user interface prototypes at intermediate stages of the analysis. |
06 Apr 2008 | A formative user study of the latter indicates that the interface scales well to small screens. |
26 May 2011 43 Citations | An effective method for identifying the screens in the field of view of the user is also presented which can be applied in a general scenario in which multiple users can interact with multiple screens. |
02 May 2019 83 Citations | With this technique, for the first time designers can accurately retrieve relevant user interface examples with free-form sketches natural to their design workflows. |
12 Citations | This article presents a two‐experiment series that strongly supports the hypothesis that user preference for interactive screens and performance using interactive screens is related to screen complexity. |
32 Citations | Conceptual User Interface Patterns can be used for direct specification of device independent interfaces that can be refined using UI design patterns, or moreover, used to automatically obtain prototypes of the user interface specified in several devices. |
27 Sep 2006 54 Citations | Overall, the findings demonstrate the need to include user characteristics in interface design. |
31 Citations | The study produced several directions for new user interface designs. |
02 May 2019 83 Citations | We demonstrate several novel applications driven by Swire that could greatly augment the user interface design process. |
Related Questions
What are the current theories and trends in user interface design?5 answersCurrent theories and trends in user interface design encompass various frameworks and emerging concepts. Activity Theory, distributed cognition, ecological interface design, hierarchical design theory, and stages of action theory are fundamental theoretical frameworks guiding interaction design. Additionally, the incorporation of Artificial Intelligence (AI) in user interfaces is seen as a breakthrough for more intuitive and error-tolerant interactions, especially in mobile contexts. There is a growing emphasis on socio-technical reconceptualization of use, highlighting the active roles of both material and users in design, prompting a reevaluation of professional designers' roles within the broader social (re)production context. These theories and trends collectively shape the landscape of contemporary user interface design, emphasizing the importance of understanding user behaviors, intentions, and the broader socio-cultural context in which interfaces operate.
What is screen?5 answersA screen can refer to various concepts based on the contexts provided. It can be a special kind of entertainment culture, like a screen production that involves the effect of "carnivalization". Screens can also be analyzed as a socio-cultural phenomenon producing simulacra and fakes, influencing modern culture and shaping a new type of individual known as the "screen man". Additionally, a screen can be a physical object like a framework or partition used for protection, privacy, or concealment. In a more technical sense, a screen can consist of horizontal slats held together by vertical columns. Moreover, screens in electronic devices involve layers like a cover plate, touch display element, OCA adhesive layer, and ink layer, contributing to achieving a maximum full-screen visual effect.
Challenges of screens in user interface design?5 answersDesigning user interfaces for screens presents several challenges. The limited availability of design guidelines for large screens complicates the design process, making it difficult to improve the user experience of large-screen systems. Additionally, design flaws in digital tools used for learning can create barriers for effective instruction, leading to challenges for both educators and learners. Perceptual and psychological issues further contribute to the difficulty of designing interactive systems, including user interfaces. Small screens in smart products and mobile devices also pose unique challenges, such as the need for economical use of screen space and efficient data entry methods. Overcoming these challenges requires considering factors like information presentation, data entry methods, mobile users, and context, as well as following practical interface design guidelines.
How does Fitts' Law apply to the design of user interfaces?5 answersFitts' Law is applicable to the design of user interfaces. It has been used to evaluate the performance of different interaction techniques, such as gaze-hand alignment techniques and mobile device interfaces for older adults. Fitts' Law provides a formula to calculate the time it takes to hit a target of a given size, which is useful for designing interfaces that are efficient and easy to use. It has also been used to assess proprioception of the hand for gesture recognition in wearable computing. Additionally, Fitts' Law has been used to develop predictive models for human movement in human-robot systems, although its predictive ability may be affected by the coupling between human and robot. Overall, Fitts' Law is a valuable tool for designing user interfaces and understanding human-computer interaction.
What is screen?5 answersA screen is a detachable computer subassembly used for television sets and computer touch control integrated machines. It includes a frame, a touch display module, a backplate, and an electric computer module. The computer module consists of a computer mainboard and an OPS switching platelet, which are connected together. The touch display module is connected to the OPS switching platelet. The frame has a notch on its inboard circumference, and the touch display module is connected to the frame using a tang that fits into the notch. This design allows for easy removal and replacement of the computer mainboard, making maintenance more convenient and fast.A screen in basketball games refers to a blocking move performed by an offensive player to free a teammate for a shot, pass, or drive. It is a fundamental aspect of offensive tactics in basketball. A screen-strategy analysis system has been developed to identify screens and speculate on the tactics executed in basketball games. The system includes court region detection, camera calibration, player extraction, and player trajectory computation. This information is useful for professional-oriented applications such as screen-strategy analysis and tactic inference.A screen that displays images by reflecting projection light consists of a transparent layer and linear reflection portions. The reflection portions are arranged with a distance between them in the thickness direction of the screen. Each reflection portion has a tilted reflection surface for reflecting the projection light. The distance between adjacent reflection surfaces is at least 5 μm.A screen includes a reflection surface with multiple convexes. Each convex contains a spherical surface, a curved surface, and a cover surface. The spherical surface has a ¼ spherical shape, the curved surface has a larger curvature than the spherical surface, and the cover surface is flat.A screen with a biometric feature recognition device includes a camera lens below the display screen. The lens receives light signals reflected by a human finger on the screen to detect biometric information. The lens is fixed in a lens cone, which is supported by a support. This device improves the efficiency of screen biometric feature recognition.
How to draw user interface diagram?9 answers