On the first of July this year I successfully defended my PhD Thesis with the title Quasi Continuous Level Monte Carlo Method (1) and I am happy to share my work on the SFB-TRR 161 blog.
Quasi Continuous Level Monte Carlo Method
Variational 3D Reconstruction of Non-Lambertian Scenes Using Light Fields
I’m delighted to share that I’ve successfully defended my Ph.D. thesis titled “Variational 3D Reconstruction of Non-Lambertian Scenes Using Light Fields”. Depth estimation from multiple cameras is the task of estimating the distance between the individual cameras and the scene
Interactive Remote-Visualisation for Large Displays
In July 2022, Florian Frieß defended his PhD thesis on “Interactive Remote-Visualisation for large Displays”. On our blog, he summarizes his findings.
Uncertainty-aware Visualization Techniques
Christoph Schulz recently completed his thesis with the title “Uncertainty-aware Visualization Techniques”. On our blog, he summarizes his thesis.
Boosting for Visual Quality Assessment with Applications for Frame Interpolation Methods
In April 2022, Hui Men successfully defended her Ph.D. thesis with the title “Boosting for Visual Quality Assessment with Applications for Frame Interpolation Methods”.
Visual Analytics of Spatial Events: Methods for the Interactive Analysis of Spatio-Temporal Data Abstractions
In December 2021, Daniel Seebacher successfully defended his doctoral thesis on “Visual Analytics of Spatial Events: Methods for the Interactive Analysis of Spatio-Temporal Data Abstractions”.
Für mehr Girl Power in der Informatik – Der Girls’ Day 2021
Der Girl’s Day war dieses Jahr ein Gemeinschaftsprojekt vom SFB-TRR 161 und dem SFB1313, und im speziellen eine Kooperation der Uni Konstanz und der Uni Stuttgart. Insgesamt bildeten wir ein 8-köpfiges Team, dass sich dieses Jahr der Herausforderung stellen musste den Girl’s Day online zu gestalten.
My Research Stay at the ETH Zürich
Doctoral researcher Christoph Schulz spent three months at the ETH Zurich working on order-statistical measurements for graphs and networks to assess representativeness.
VISSOFT 2017 Best Paper: Visual Exploration of Memory Traces and Call Stacks
At the software visualization conference VISSOFT, we presented a tool for tracing memory access patterns of arbitrary applications at runtime and then doing post-mortem visual analysis. The purpose of this visualization is to help developers finding hints for optimization of their code regarding memory usage. This is important for many applications in the area of high-performance computing, especially because the gap between processor and memory speeds continues to grow. Thus, memory accesses pose a bottleneck for performance-critical applications.
Let’s Take a Brief Look Back to IEEE VIS 2017
Every year in autumn, researchers and practitioners from academia, government, and industry come together at IEEE VIS to explore their shared interests in tools, techniques, and technology. Among them, there was also a group of visual computing researchers from the Universities of Stuttgart and Konstanz. They visited this scientific meeting to present their newest insights and developments in the field of Visual Computing. In this blog post you find a list of the their publications presented to the international community.