header

Welcome


bdrp


Welcome to the Virtual Reality & Immersive Visualization Group
at RWTH Aachen University!

The Virtual Reality and Immersive Visualization Group started in 1998 as a service team in the RWTH IT Center. Since 2015, we are a research group (Lehr- und Forschungsgebiet) at i12 within the Computer Science Department. Moreover, the Group is member of the Visual Computing Institute and continues to be an integral part of the RWTH IT Center.

In a unique combination of research, teaching, services, and infrastructure, we provide Virtual Reality technologies and the underlying methodology as a powerful tool for scientific-technological applications.

In terms of basic research, we develop advanced methods and algorithms for multimodal 3D user interfaces and explorative analyses in virtual environments. Furthermore, we focus on application-driven, interdisciplinary research in collaboration with RWTH Aachen institutes, Forschungszentrum Jülich, research institutions worldwide, and partners from business and industry, covering fields like simulation science, production technology, neuroscience, and medicine.

To this end, we are members of / associated with the following institutes and facilities:

Our offices are located in the RWTH IT Center, where we operate one the largest Virtual Reality labs worldwide. The aixCAVE, a 30 sqm visualization chamber, makes it possible to interactively explore virtual worlds, is open to use by any RWTH Aachen research group.

News

Andrea Bönsch gave a Zoom-based, invited talk at the 3rd Workshop on "Person-to-Person Interaction: From Analysis to Applications" in Rennes, France.

June 25, 2020

New Projects Online

If you are interested in our work, please take a look at our updated research and service projects. For example, learn more about the new EU project BugWright or the immersive visualization of cytoskeletons.

June 20, 2020

Sascha Gebhardt receives doctoral degree from RWTH Aachen University

Today, our colleague Sascha Gebhardt successfully passed his Ph.D. defense and received a doctoral degree from RWTH Aachen University for his thesis on "Visual Analysis of Multi-dimensional Metamodels for Manufacturing Processess". Congratulations!

June 9, 2020

Daniel Zielasko receives doctoral degree from RWTH Aachen University

Today, our colleague Daniel Zielasko successfully passed his Ph.D. defense and received a doctoral degree from RWTH Aachen University for his thesis on "DeskVR: Seamless Integration of Virtual Reality into Desk-based Data Analysis Workflows". Congratulations!

Feb. 21, 2020

If you are interest in a student worker position dealing with context menus in immersive, virtual environment, click here.

Oct. 11, 2019

M.Sc. Networked Production Engineering

Networking is tool. Thus, the highly interdisciplinary Master program Networked Production Engineering” (NPE) enables students to obtain technology-related qualifications for our increasingly networked world of work. Thereby three specialization are offered: Additive Manufacturing, Smart Factory, and E-Mobility. Obviously, Virtual Reality as smart technology - to take production to the networked level - is one of many important aspects here.

Interested in finding out more? Watch NPE's imagefilm here and see our aixCAVE at 1:09.

Oct. 11, 2019

Recent Publications

pubimg
Inferring a User’s Intent on Joining or Passing by Social Groups

to be presented at the 20th ACM International Conference on Intelligent Virtual Agents 2020 (IVA'20)

Modeling the interactions between users and social groups of virtual agents (VAs) is vital in many virtual-reality-based applications. However, only little research on group encounters has been conducted yet. We intend to close this gap by focusing on the distinction between joining and passing-by a group. To enhance the interactive capacity of VAs in these situations, knowing the user’s objective is required to showreasonable reactions. To this end,we propose a classification scheme which infers the user’s intent based on social cues such as proxemics, gazing and orientation, followed by triggering believable, non-verbal actions on the VAs.We tested our approach in a pilot study with overall promising results and discuss possible improvements for further studies.

fadeout
 
pubimg
Evaluating the Influence of Phoneme-Dependent Dynamic Speaker Directivity of Embodied Conversational Agents’ Speech

to be presented at the 20th ACM International Conference on Intelligent Virtual Agents 2020 (IVA'20)

Generating natural embodied conversational agents within virtual spaces crucially depends on speech sounds and their directionality. In this work, we simulated directional filters to not only add directionality, but also directionally adapt each phoneme. We therefore mimic reality where changing mouth shapes have an influence on the directional propagation of sound. We conducted a study (n = 32) evaluating naturalism ratings, preference and distinguishability of omnidirectional speech auralization compared to static and dynamic, phoneme-dependent directivities. The results indicated that participants cannot distinguish dynamic from static directivity. Furthermore, participants’ preference ratings aligned with their naturalism ratings. There was no unanimity, however, with regards to which auralization is the most natural.

fadeout
 
pubimg
Rilievo: Artistic Scene Authoring via Interactive Height Map Extrusion in VR

ACM SIGGRAPH 2020 Art Papers. Published in Leonardo Journal.

The authors present a virtual authoring environment for artistic creation in VR. It enables the effortless conversion of 2D images into volumetric 3D objects. Artistic elements in the input material are extracted with a convenient VR-based segmentation tool. Relief sculpting is then performed by interactively mixing different height maps. These are automatically generated from the input image structure and appearance. A prototype of the tool is showcased in an analog-virtual artistic workflow in collaboration with a traditional painter. It combines the expressiveness of analog painting and sculpting with the creative freedom of spatial arrangement in VR.

fadeout
Disclaimer Home Visual Computing institute RWTH Aachen University