Add to ORKGAbstract. The paper presents the design and evaluation of R-Zoom, a focus+context information visualization technique. R-Zoom was designed to deal with large sets of items with specific structural properties (sequential order, heterogeneous sizes), and behavior requirements (flexible interaction, maximizing screen space, minimizing changes in screen). It was evaluated and compared to an overview+detail interface with 43 participants. Experienced users of R-Zoom completed tasks faster and with fewer errors than users of the overview+detail interface. Furthermore, a satisfaction questionnaire showed that users felt more comfortable with R-Zoom.
Distortion-based visualization techniques allow users to examine focused regions of a multiscale spa...
Traditional Zoomable User Interfaces (ZUIs) either use single-scale, focus+context or map- projectio...
Traditional Zoomable User Interfaces (ZUIs) either use single-scale, focus+context or map- projectio...
Abstract. The paper presents the design and evaluation of R-Zoom, a focus+context information visual...
INTRODUCTION When working with a large material, such as a document or a database, it is often desi...
We have developed and evaluated a prototype image browser based on flip zooming, a focus+context vis...
This thesis describes the development of a Focus+Context information visualization technique called ...
Computer users working with large visual documents, such as large layouts, blueprints, or maps perfo...
Computer users working with large visual documents, such as large layouts, blueprints, or maps perfo...
Radial, space-filling visualizations can be useful for depicting information hierarchies, but they s...
Focus+context visualization is well-known from information visualization: cer-tain data subsets of s...
In the field of visual analytics, analysts need overviews of large amounts of data. This becomes a c...
Computer users working with large visual documents, such as large layouts, blueprints, or maps perfo...
As information visualization tools arc used lo visualize datasets of increasing size, there is a gr...
This paper describes hierarchical Flip Zooming, a focus+context visualization technique for hierarch...
Distortion-based visualization techniques allow users to examine focused regions of a multiscale spa...
Traditional Zoomable User Interfaces (ZUIs) either use single-scale, focus+context or map- projectio...
Traditional Zoomable User Interfaces (ZUIs) either use single-scale, focus+context or map- projectio...
Abstract. The paper presents the design and evaluation of R-Zoom, a focus+context information visual...
INTRODUCTION When working with a large material, such as a document or a database, it is often desi...
We have developed and evaluated a prototype image browser based on flip zooming, a focus+context vis...
This thesis describes the development of a Focus+Context information visualization technique called ...
Computer users working with large visual documents, such as large layouts, blueprints, or maps perfo...
Computer users working with large visual documents, such as large layouts, blueprints, or maps perfo...
Radial, space-filling visualizations can be useful for depicting information hierarchies, but they s...
Focus+context visualization is well-known from information visualization: cer-tain data subsets of s...
In the field of visual analytics, analysts need overviews of large amounts of data. This becomes a c...
Computer users working with large visual documents, such as large layouts, blueprints, or maps perfo...
As information visualization tools arc used lo visualize datasets of increasing size, there is a gr...
This paper describes hierarchical Flip Zooming, a focus+context visualization technique for hierarch...
Distortion-based visualization techniques allow users to examine focused regions of a multiscale spa...
Traditional Zoomable User Interfaces (ZUIs) either use single-scale, focus+context or map- projectio...
Traditional Zoomable User Interfaces (ZUIs) either use single-scale, focus+context or map- projectio...