Collaborative and Interactive Visualization in a Distributed High Performance Software Environment

Rantzau, Dirk; Lang, Ulrich; Lang, R.; Nebel, H.; Wierse, Andreas; Ruehle, R.

doi:10.1007/978-1-4471-1011-8_14

Cited by 23 publications

(10 citation statements)

References 3 publications

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“…The contribution from HLRS was an immersive virtual reality application with head tracking used in the CAVE and/or high-resolution power walls. The VR application was developed as a plug-in for COVER [6] that is the VR component of the collaborative visualization and simulation framework COVISE [5]. Both graphical environments allow easy extension through a flexible plug-in system and utilized a common set of visualization functionality (Fig.…”

Section: Graphical User Interfaces (Guis)mentioning

confidence: 99%

Distributed, on-demand, data-intensive and collaborative simulation analysis

Breckenridge

Pierson

Sanielevici

et al. 2003

Future Generation Computer Systems

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Distributed, on-demand, data-intensive, and collaborative simulation analysis tools are being developed by an international team to solve real problems such as bioinformatics applications. The project consists of three distinct focuses: compute, visualize, and collaborate. Each component utilizes software and hardware that performs across the International Grid. Computers in North America, Asia, and Europe are working on a common simulation programs. The results are visualized in a multi-way 3D visualization collaboration session where additional compute requests can be submitted in real-time. Navigation controls and data replication issues are addressed and solved with a scalable solution. Published by Elsevier B.V.

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Section: Graphical User Interfaces (Guis)mentioning

confidence: 99%

Distributed, on-demand, data-intensive and collaborative simulation analysis

Breckenridge

Pierson

Sanielevici

et al. 2003

Future Generation Computer Systems

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“…The underlying visualization framework COVISE is described in [Ran95], details about the integrated VR renderer COVER can be found in [Ran98].…”

Section: Previous Workmentioning

confidence: 99%

Volume Rendering in a Virtual Environment

Schulze-Döbold¹,

Wössner²,

Walz³

et al. 2001

Eurographics

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Abstract. This paper describes a flexible rendering system for scalar volume data which has been integrated into the visualization system COVISE. It allows direct volume rendering based on texture mapping hardware on both the desktop and in projection based virtual environments. Special care has been taken for the design and usability of the virtual reality user interface and for interactive frame rates. It features a new slider-less interaction window for the manipulation of the transfer function and methods for direct interaction with the volume data, such as a sub-volume probing mode. The interface has been evaluated in collaboration with a group of potential end users.

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“…As summarised in Table I, different groups of applications often focus on a different set of media. The first four media types are reasonably well supported by general purpose systems such as Microsoft NetMeeting (Summers, 1998), or application software of a distributed nature such as CAVE (Rantzau et al, 1995). In contrast, implementation of a shared interactive canvas is generally application-specific and usually jaciejnl.tex; 20/03/2001; 12:04; p.4 requires considerable knowledge of system and network programming.…”

Section: Net-centric Multimedia and Collaborative Applicationsmentioning

confidence: 99%

JACIE-an authoring language for rapid prototyping net-centric, multimedia and collaborative applications

Haji-Ismail

Chen

Grant

et al. 2000

Proceedings International Symposium on Multimedia Software Engineering

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Abstract. With the World Wide Web (WWW) becoming the de facto standard for human-computer interaction and human-human communication, there is a need to develop net-centric, multimedia and collaborative applications. We introduce a new scripting language, JACIE, designed to support rapid prototyping and implementation of such applications. The necessity to support the management of multimedia interaction and communication in collaborative applications is highlighted. JACIE facilitates such support through the concepts of channels and a collection of interaction protocols. JACIE also features a template-based programming style, a single program for both client and server, and platform-independence by using Java as the target language. All these features characterise a desirable collaborative software engineering tool.

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Collaborative and Interactive Visualization in a Distributed High Performance Software Environment

Cited by 23 publications

References 3 publications

Distributed, on-demand, data-intensive and collaborative simulation analysis

Distributed, on-demand, data-intensive and collaborative simulation analysis

Volume Rendering in a Virtual Environment

JACIE-an authoring language for rapid prototyping net-centric, multimedia and collaborative applications

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