Research Fields

VisUALIZATION and visual ANALYSIS

• Visual Analysis of large, dynamic data

• Interactive visual exploration in real time

• Visualization of large particle-based, multi- and high-dimensional data

• Applications from granular media, molecular dynamics, thermodynamics, hydrodynamics, physics, cellular biology, and systems biology
• Software engineering of interactive visualization systems
• more about Visualization and visual Analysis

more about Visualization and visual Analysis

Geometry Processing

• Static and Dynamic Scenes Acquisition with Structured Light and Photometric Stereo
• Scan and Mesh Processing
• Optimal Coverage, Automated View and Light Placement, Path Planning
• Fluid simulation for spray processes
• Compression and Level of Detail Techniques

more about Geometry Processing

Scene Understanding

• Scene Acquisition
• Training Data Synthesis
• Feature and Semantics Based Techniques
• Image Retrieval
• Object Recognition, Tracking and Localization
• Learning 6D Object Pose Estimation Using 3D Object Coordinates

more about Scene Understanding

Competences

• Real-Time Graphics Rendering
• GPU and GPGPU-Programming (u.a. Dresden CUDA Center of Excellence)
• C++ CPU Programming for Graphics (Vorlesung C++-Programmierung für Computergraphik)
• Simulation for Graphics (KASim)
• Virtual Reality and Stereoscopic Rendering (Powerwall, ZVM)
• Visual Computing and Machine Learning (Learning 6D Object Pose Estimation Using 3D Object Coordinates)