Informatik Seminar

Sommersemester 2025

Donnerstag, 2. Oktober (Raum 406)

09:00 -- 9:45
   Lukas Kohlhaas
   A Mathematical Model of the Fining of Usability Problems
   Betreuer: Prof. Diehl

09:45 -- 10:30
   Paul Simon
   Iterated Snap Rounding
   Betreuer: Prof. Näher

10:30 -- 11:15
   Daniel Khan
   Rounding Arrangements Dynamically
   Betreuer: Prof. Näher

12:30 -- 13:15
   Fabian Barz
   Congestion Avoidance and Control
   Betreuer: Prof. Sturm

13:15 -- 14:00
   Lukas Rausch
   History, Development, and Principles of Large Language Models—An Introductory Survey
   Betreuer: Prof. Sturm 

14:00 -- 14:45
   Christian Baulesch
   Rust's Memory Safety Model: An Evaluation of Its Effectiveness in Preventing Common Vulnerabilities
   Betreuer: Prof. Sturm

Montag, 6. Oktober (Raum 406)

09:00 -- 9:45
   Sascha Schäfer
   PaperQA: Retrieval-Augmented Generative Agent for Scientific Research
   Betreuer: Prof. Schenkel

09:45 -- 10:30
   Anmaria Fortiu
   Prevalence of Programming Misconceptions in Primary School Students. 
   Betreuer: Prof. Staub

10:30 -- 11:15
   Simon Andre
   Some thoughts on teaching introductory programming and the first language dilemma. 
   Betreuer: Prof. Staub

12:30 -- 13:15
    Elena Schweitzer
    How novices use LLM-based code generators to solve CS1 coding tasks in a self-paced learning environment. 
   Betreuer: Prof. Staub

13:15 -- 14:00
   Daniel Zerbe
   Minimum spanning blob-trees
   Betreuer: Prof. Kindermann

14:00 -- 14:45
   Daniel Pickmann
   Layered Graph Drawing with Few Gaps and Few Crossings
   Betreuer: Prof. Kindermann

Mittwoch, 8. Oktober (Raum H406)

10:00 -- 10:40
   Joe Nicoas Heidemann
   Visualizing Hypergraphs as Metro Maps: Drawing Paths with Few Bends in Trees and Cacti
   Betreuer: Prof. Kindermann

10:40 -- 11:20
   Honour Heyne
   Self-Similarity Beats Motor Control in Augmented Reality Body Weight Perception 
   Betreuer: Prof. Weyers

11:20 -- 12:00
   Jonas Tabot
   Comparison of Cross-Reality Transition Techniques Between 3D and 2D Display Spaces in Desktop–AR Systems 
   Betreuer: Prof. Weyers