Add to ORKGThis paper presents the Rectangular FishEye View, an interactive focus-and-context presentation technique for large raster images on mobile computers with small displays and limited processing power. Both the viewing of locally available images and the demand-driven display and transmission of remotely-stored images are supported by the technique. The underlying geometry calculations are explained, and the design decisions for supporting rapid interactive feedback are discussed. A scenario is described which demonstrates the performance of the method
Abstract. The paper presents the design and evaluation of R-Zoom, a focus+context information visual...
Abstract. The paper presents the design and evaluation of R-Zoom, a focus+context information visual...
In this paper, we report on novel zooming interface methods that deploy a small handheld projector. ...
This paper presents the RECTANGULAR FISHEYE VIEW, an interactive focus–and–context presentation tec...
This paper presents the Rectangular FishEye View, an interactive focus-and-context presentation tech...
In mobile environments, the size of large raster images often exceeds the display area on small outp...
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...
Computer users working with large visual documents, such as large layouts, blueprints, or maps perfo...
Display and manipulation of large documents on a standard display has long been a difficult problem...
We present a technique for displaying three-dimensional imagery of general scenes with nearly correc...
We have developed and evaluated a prototype image browser based on flip zooming, a focus+context vis...
INTRODUCTION When working with a large material, such as a document or a database, it is often desi...
Navigation techniques such as scrolling (or panning) and zooming are essential components of mobile ...
3D datasets are becoming increasingly common, especially the use of large 3D datasets in geographica...
Abstract. The paper presents the design and evaluation of R-Zoom, a focus+context information visual...
Abstract. The paper presents the design and evaluation of R-Zoom, a focus+context information visual...
In this paper, we report on novel zooming interface methods that deploy a small handheld projector. ...
This paper presents the RECTANGULAR FISHEYE VIEW, an interactive focus–and–context presentation tec...
This paper presents the Rectangular FishEye View, an interactive focus-and-context presentation tech...
In mobile environments, the size of large raster images often exceeds the display area on small outp...
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...
Computer users working with large visual documents, such as large layouts, blueprints, or maps perfo...
Display and manipulation of large documents on a standard display has long been a difficult problem...
We present a technique for displaying three-dimensional imagery of general scenes with nearly correc...
We have developed and evaluated a prototype image browser based on flip zooming, a focus+context vis...
INTRODUCTION When working with a large material, such as a document or a database, it is often desi...
Navigation techniques such as scrolling (or panning) and zooming are essential components of mobile ...
3D datasets are becoming increasingly common, especially the use of large 3D datasets in geographica...
Abstract. The paper presents the design and evaluation of R-Zoom, a focus+context information visual...
Abstract. The paper presents the design and evaluation of R-Zoom, a focus+context information visual...
In this paper, we report on novel zooming interface methods that deploy a small handheld projector. ...