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Bauhaus-Universität Weimar
Contact and Information
Virtual Reality and Visualization Research
Prof. Dr. Bernd Fröhlich
·
Computer Science for Digital Media · HCI
Computer Science Department
Faculty of Media
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People
Teaching
WS 2019/20
Course Virtual Reality
Course Real-Time Rendering
Project Time-Series Data
Project Real-Time Occlusion Culling
Project Competition Programming
Project Construction Process Planning in VR
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SS 2019
Vorlesung Programmiersprachen
Course Visualization
Project Populating Virtual Environments
Project HMD Eyes
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WS 2018/19
Course Virtual Reality
Project Visual Cluster Monitoring
Project Visual Deliberation
Project Meet and Teach
Project Output-Sensitive Rendering
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SS 2018
Vorlesung Programmiersprachen
Course Visualization
Project Visualizing great Minds
Project Real-time Rendering
Project Comprehensible Navigation
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WS 2017/18
Course Virtual Reality
Project Argument Search Visualization
Project Visual Provenance in VR
Project Terabytes of Textures
Project World Wide 3D Telepresence
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SS 2017
Vorlesung Programmiersprachen
Course Visualization
Project Visual Provenance
Project Collaborative 3D Content Creation
Project Visualization of revision-based text corpora
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WS 2016/17
Course Virtual Reality
Project Learning with Avatars
Project Inside Vulkan
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SS 2016
Vorlesung Programmiersprachen
Course Visualization
Project Social Virtual Reality
Project HiRes Visual Text Analytics
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WS 2015/16
Course Virtual Reality
Project 3D Video Chat
Project Scanned Data Simplification
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SS 2015
Vorlesung Programmiersprachen
Course Visualization
Project Groupware Usability
Project VolumeVR
Project WikiVis
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WS 2014/15
Course Virtual Reality
Project Animation in VR
Project Streetwalker
Project Visual Text Analytics
Project HistoGlobe
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SS 2014
Vorlesung Programmiersprachen
Course Visualization
Project Collaborative 3D-Surface Analysis
Project Cooperative User Interfaces
Project Information Visualization in VR
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WS 2013/14
Course Virtual Reality
Project Oculus Rift
Project 3D-Pitoti
Project Bazon Brock
Project Web-Based Historical Visualization
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WS 2012/13
Course Real-Time Rendering
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Theses
Research
Big Data Visualization
Multi-User Virtual Reality
Getting There Together
Multiple Collocated HTC Vives
The Collaborative Virtual Reality Neurorobotics Lab
Multi-Ray Jumping
Multi-Window 3D Interaction
Immersive Group-to-Group Telepresence
Three Extensions to Subtractive Crosstalk Reduction
Non-Uniform Crosstalk Reduction for Dynamic Scenes
Optical See-Through in Augmented Environments
Real-time view-dependent image warping
The Two-User Seating Buck
Wave Field Synthesis and Multi-Viewer Stereo Displays
Projection-based Multi-Viewer Systems
C1x6: A Stereoscopic Six-User Display
The Illusion-Hole Station
The Virtual Showcase
Object-Capability Security in Virtual Environments
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Information Visualization
Touch the Time
Topic Space Visualization
Visualizing a Thinker's Life
HistoGlobe
WikiVis
Simulation Explorer
PhotovoltaicViz
PlagVis
Wordgraph
The Product Explorer
FoodViz
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Scientific Visualization
Spatiotemporal LOD-Blending
Direct Isosurface Ray Casting of NURBS volumes
GPU-based Ray Casting of Stacked Out-of-Core Height Fields
Ray Casting of Multiple Multi-Resolution Volume Datasets
Visualization of Uncertainty
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Real-Time Rendering
Spatio-Temporal Detection of Cracks
3D Image Warping and Multi-Frame Rate Rendering Techniques
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Error-Controlled Multi-Resolution Volume Rendering
Programmable Order-Independent Transparency
guacamole - An Extensible Scene Graph and Rendering Framework Based on Deferred Shading
Beschleunigungsstrukturen für echtzeitfähiges Ray-Tracing
Multiple View Generation for Auto-stereoscopic Displays
Fast Construction of Bounding Interval Hierarchies
Real-Time Ray Tracing
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Human-Computer Interaction
The SSQ in VR Research
RST 3D
Steering and Jumping in Immersive Virtual Environments
Hybrid Lossless-Lossy Compression for Depth-Sensor Streams
Calibration of RGBD-Sensors
Photoportals: Shared References in Space and Time
Finger-Based Interactions in Virtual Environments
Effective Manipulation
Natural Interaction Metaphors
See-through Techniques
A Soft Hand Model
Virtual vs. Real-World Pointing
Co-Located Two-User Scenarios
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WS 2013/14
