?Studierstube?: An environment for collaboration in augmented reality

Szalavári, Zsolt; Schmalstieg, Dieter; Fuhrmann, Anton; Gervautz, Michael

doi:10.1007/bf01409796

Cited by 162 publications

(67 citation statements)

References 19 publications

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“…Studierstube [24] was one of the first systems to show the potential of AR for co-located collaboration. [14] describes an HMD based Augmented Reality (AR) system which allows multiple participants to interact with two-and three-dimensional data using tangible user interfaces.…”

Section: Related Workmentioning

confidence: 99%

Interaction and Co-located Collaboration in Large Projection-Based Virtual Environments

Simon

Dressler

Krüger

et al. 2005

Human-Computer Interaction - INTERACT 2005

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Abstract.Conventional interaction in large screen projection-based display systems only allows a "master user" to have full control over the application. We have developed the VRGEO Demonstrator application based on an interaction paradigm that allows multiple users to share large projection-based environment displays for co-located collaboration. Following SDG systems we introduce a collaborative interface based on tracked PDAs and integrate common device metaphors into the interface to improve user's learning experience of the virtual environment system. The introduction of multiple workspaces in a virtual environment allows users to spread out data for analysis making use of the large screen space more effectively. Two extended informal evaluation sessions with application domain experts and demonstrations of the system show that our collaborative interaction paradigm improves the learning experience and interactivity of the virtual environment.

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Section: Related Workmentioning

confidence: 99%

Interaction and Co-located Collaboration in Large Projection-Based Virtual Environments

Simon

Dressler

Krüger

et al. 2005

Human-Computer Interaction - INTERACT 2005

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show abstract

“…Figure 1 demonstrates an example of how an augmented reality application uses view management to solve visual constraints. The scene is photographed through a see-through head-worn display from the perspective of one user in a collaborative augmented reality environment (Arthur et al, 1998;Billinghurst, Weghorst, & Furness, 1998;Butz, Höllerer, Feiner, MacIntyre, & Beshers, 1999;Szalavari, Schmalstieg, Fuhrmann, & Gervautz, 1998). Two users are sitting across from each other, discussing a virtual campus model located between them.…”

Section: Exploring View Managementmentioning

confidence: 99%

Maintaining Visibility Constraints for View Management in 3D User Interfaces

Bell

Feiner

Höllerer

2005

Multimodal Intelligent Information Presentation

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Abstract. We present an approach to user interface design based on view management, in which the system and user manage graphical attributes of the user interface's components to maintain desired visual relationships. For example, we may wish to avoid having objects that are more important be occluded by objects that are less important. In 3D environments, this can involve the system maintaining visual constraints on the 2D projections of selected objects in the view plane to determine the objects' properties on the screen, such as position, size, and transparency. We describe a view-management component that addresses dynamically changing visibility relationships among moving objects, and apply it to 3D user interfaces, focusing on augmented reality systems, in which users wearing head-tracked, head-worn displays can view graphics overlaid directly onto the real world. To demonstrate some of the different ways in which the system and its users can exert control over what is seen in augmented reality, we show examples from our testbed systems. These examples include automatically laid out annotations that provide desired information about the surrounding environment, and a situation awareness aid whose display responds to the user's head movement.

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“…HCI research has demonstrated MR interfaces as being beneficial for several application domains, such as architecture [15], computer-aided instruction [9], education [1,4], medical visualizations [2], and data analysis [7], as well as tools for computer-supported collaborative work (CSCW) (e.g., [3,5,12,20]). …”

Section: Introductionmentioning

confidence: 99%

Immersive Analysis of Health-Related Data with Mixed Reality Interfaces

Müller

Butscher

Reiterer

2016

Proceedings of the 2016 ACM Companion on Interactive Surfaces and Spaces

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In this paper we propose Mixed Reality (MR) interfaces as tools for the analysis and exploration of healthrelated data. Reported findings originate from the research project "SMARTACT" in which several intervention studies are conducted to investigate how participants' long-term health behavior can be improved. We conducted a focus group to identify limitations of current data analysis technologies and practices, possible uses of MR interfaces and associated open questions to leverage their potentials in the given domain.

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?Studierstube?: An environment for collaboration in augmented reality

Cited by 162 publications

References 19 publications

Interaction and Co-located Collaboration in Large Projection-Based Virtual Environments

Interaction and Co-located Collaboration in Large Projection-Based Virtual Environments

Maintaining Visibility Constraints for View Management in 3D User Interfaces

Immersive Analysis of Health-Related Data with Mixed Reality Interfaces

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