Bell, B. and Feiner, S. 2000. Dynamic space management for user interfaces.  Home/Search Document Details and Download
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Dynamic Layout Management in a Multimedia Bulletin Board - Kang, Shneiderman (Correct)
....focused on the model for window management and layout in desktop interfaces. Elastic windows [5] presents a browsing interface with hierarchical window organization and multiple window operations that allows users to organize web pages and restructure the information on the screen. Bell B. et al. [3] presents a general approach to the dynamic representation of 2D space that is well suited for tiled user interface layout. Beaudouin Lafon et al. 2] presents several techniques that improve window management by extending the metaphor of overlapping windows. However, most researchers have ....
Bell, B., Feiner, S., "Dynamic space management for user interfaces", Proc. UIST 2000.
An XML-based runtime user interface description language for.. - Luyten, Coninx (2001) (4 citations) (Correct)
....presentation structure using Logical Windows and Presentation Units where Logical windows group AIOs and Presentation Units group Logical Windows. Using redesign strategies a particular presentation model is composed at designtime. Algorithms for automatic layout management are investigated in [19, 14, 2]. Combining the user pro le with target platform speci c constraints could ease the presentation modeling which has to be done at runtime. It certainly can reduce the complexity of possible presentation compositions. Besides this problem, the system should be enabled to switch from interaction ....
Blaine A. Bell and Steven K. Feiner. Dynamic space management for user interfaces. In Proceedings of the 13th Annual Symposium on User Interface Software and Technology (UIST-00), pages 239-248, N.Y., November 5-8 2000. ACM Press.
First Steps Toward an Electronic Field Guide for Plants - Gaurav Agarwal Haibin Self-citation (Feiner) (Correct)
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Bell, B. and Feiner, S. 2000. Dynamic space management for user interfaces.
View Management for Virtual and Augmented Reality - Bell, Feiner, Höllerer (2001) (12 citations) Self-citation (Bell Feiner) (Correct)
....Representation For the sake of efficiency, we approximate each object by the upright rectangular extent of its projection on the view plane. Note that this approximation is used for viewmanagement only, not for rendering. Our algorithm extends the 2D space management approach of Bell and Feiner [5]. The original algorithm is given an incrementally specified input set of possibly overlapping, axis aligned, rectangles. It automatically maintains an efficient representation of the dual of this set of rectangles: the area that has not been rendered. Any object whose projection lies wholly ....
....rectangles in the union of the nodes. 4.2.2 Coalescing lists of largest visible rectangles To coalesce two lists of largest visible rectangles, we merge each visible rectangle from one list with the visible rectangles of the other list. This operation is similar to the deletion algorithm of [5], in which the largest empty space rectangles that are revealed when a covering rectangle is deleted are combined with all adjacent largest empty space rectangles. Unlike the deletion algorithm, we combine lists of largest visible rectangles incrementally, which means that some pairs of rectangles ....
B. Bell and S. Feiner. Dynamic space management for user interfaces. In Proc. ACM UIST
User Interface Management Techniques for.. - Höllerer, Feiner, .. (2001) Self-citation (Bell Feiner) (Correct)
....must be updated every rendering frame. We currently make layout decisions for view management in 2D space of the user s projection plane, based on rectangular approximations of the objects projections [3] This approach leverages the efficient 2D space management techniques we developed earlier [2], making it possible for our view management algorithm to perform at interactive speed. Figure 10 shows a scene that our view management module manages in real time: The application is a meeting situation like the one described above. Here, the participants are meeting to discuss the design of ....
Blaine Bell and Steven Feiner. Dynamic space management for user interfaces. In Proc. ACM UIST
Scalable Fabric: Flexible Task Management - George Robertson Eric (2004) (1 citation) (Correct)
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Bell, B. and Feiner, S. (2000). Dynamic space management for user interfaces. In Proc. UIST'00, (pp. 238-248).
A Portal for Access to Complex Distributed Information - About Energy Jose (2002) (Correct)
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Bell, B. and S. Feiner. 2000. Dynamic Space Management for User Interfaces. Proceedings of the ACM UIST Symposium. on User Interface Software and Technology, CHI Letters 2(2): 239--248. San Diego, CA.
A Portal for Access to Complex Distributed.. - Ambite, Arens.. (2002) (Correct)
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Bell, B. and S. Feiner. 2000. Dynamic Space Management for User Interfaces. Proceedings of the ACM UIST Symposium. on User Interface Software and Technology, CHI Letters 2(2): 239--248. San Diego, CA.
Display Space Usage and Window Management.. - Hutchings, Smith, .. (2004) (2 citations) (Correct)
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Bell, B.A. and Feiner, S. Dynamic space management for user interfaces. Proc. UIST 2000, ACM Press, 239-248.
Scalable Fabric: Flexible Task Management - Robertson, Horvitz, Czerwinski, .. (2004) (1 citation) (Correct)
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Bell, B. and Feiner, S. (2000). Dynamic space management for user interfaces. In Proc. UIST'00, (pp. 238-248).
QuickSpace: New Operations for the Desktop Metaphor - Hutchings, Stasko (2002) (2 citations) (Correct)
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Bell, B.A. and Feiner, S. Dynamic space management for user interfaces. In Proc. UIST '00 (San Diego, CA 2000), ACM Press, 239-248.
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