Fachbereich Informatik

Wilhelm Schickard Dissertation Award

Seit 2024 vergibt der Fachbereich Informatik der Universität Tübingen zu Ehren von Wilhelm Schickard den Wilhelm Schickard Dissertation Award für die beste Dissertation im Bereich Informatik, sowie ehrende Erwähnungen ("honorable mentions") für herausragende Dissertationen.

 

2025

Wilhelm Schickard Dissertation Award
Dr. Leena Chennuru Vankadara – Towards a Theory of Learning under Extreme Non-identifiability: Through the lens of causal learning and kernel clustering

Honorable Mention
Dr. Athina Gavriilidou – Evolutionary investigation of bacterial biosynthetic gene clusters at multiple scales
Dr. Christian Gumbsch – Learning Event-Based Temporal Abstractions for Hierarchical Prediction and Planning
Dr. Denis Hirn – New Compilation Methods for Complex User-Defined Functions
Dr. Zhijing Jin – Causality for Natural Language Processing
Dr. Marilyn Justine Keller – Beyond the Surface: Statistical Approaches to Internal Anatomy Prediction
Dr. Maximilian Pfister – Algorithms and Combinatorics for Beyond Planar Graphs
Dr. Maximilian Johannes Seitzer – On Structured Object Representations: Benefits for Autonomous Agents and Real-World Discovery
Dr. Omid Taheri – Modeling Dynamic 3D Human-Object Interactions: From Capture to Synthesis
Dr. Frederik Joshua Träuble – Learning to Generalize Across Distribution Shifts
Dr. Marin Vlastelica Pogančić – Structured, Constrained and Creative Learning
Dr. Václav Voráček – Certified Adversarial Robustness With Domain Constraints

2024

Wilhelm Schickard Dissertation Award
Dr. Francesco Croce – Evaluating and Improving the Robustness of Image Classifiers against Adversarial Attacks

Honorable Mention
Dr. Martina Contisciani – Probabilistic Generative Models for Inference on Complex Systems
Dr. Hadeer Elsayed – Method Development for Large-Scale Prediction and Modeling of Protein-Protein Interactions
Dr. Luigi Gresele – Learning Identifiable Representations: Independent Influences and Multiple Views
Dr. Steffen Philipp Lindner – Advances for Resilient Real-Time Networks using Network Softwarization
Dr. Lea Müller – Self- and Interpersonal Contact in 3D Human Mesh Reconstruction
Dr. Michael Niemeyer – Neural Scene Representations for 3D Reconstruction and Generative Modeling