Evaluating Interaction Techniques for Stack Mode Viewing

Evaluating user interfaces for stack mode viewing

The goal of this research was to evaluate two different stack mode layouts for 3D medical images—a regular stack mode layout where just the topmost image was visible, and a new stack mode layout, which included the images just before and after the main image. We developed stripped down user interfaces to test the techniques, and designed a look-alike radiology task using 3D artificial target st...

Evaluating 3d Interaction Techniques

Image stack stream viewing and access

Growing amounts of multimedia data (alphanumeric, image, sound and video) are being captured with the increasing deployment of sensors. Data streams from sensors are being increasingly broadcasted via the Internet. We review the image stack stream model or view of data as a convenient basis for both querying and visualizing the situation and changes through time of phenomena buried in the multi...

Evaluating advanced interaction techniques for navigating Google Earth

This paper presents the design and comparison of a mousebased interaction technique (hereafter IT) and two advanced IT, used in public spaces to support navigation in a 3D space. The comparison is based on a composite evaluation, including performance and satisfaction aspects. These preliminary results demonstrate that the use of mixed IT in a public space do not result in more differences amon...

BAYSCOPE: Evaluating Interaction Techniques for Large Wall-Sized Display

Large wall-sized displays are becoming increasingly common due to their decreasing costs. Such displays offer new opportunities not only for large data visualization but also for the development of collaborative applications that make information exchange between participants in a meeting more interactive and more productive. Interaction on wallsized displays calls for techniques different than...