
M.Sc. Stefan Hermann
- Room: 220
- Phone: +49 721 608-46781
- Fax: +49 721 608-43088
- hermann ∂does-not-exist.kit edu
Research Intrest
Hash tables are a ubiquitous component of computer science. They offer a wide range of functionality such as query(key), insert(key), etc. How can such a data structure be stored in a particularly space-efficient way? The question becomes particularly interesting when only a subset of the functionalities are supported, which can result in astonishing space savings. For this reason, my research deals with so-called retrieval structures and perfect hash functions. Additionally, I work on both CPU and GPU parallelization.
Title | Source | Date |
---|---|---|
Engineering Minimal k-Perfect Hash Functions | April 2025 | |
MorphisHash: Improving Space Efficiency of ShockHash for Minimal Perfect Hashing | March 2025 | |
PHOBIC: Perfect Hashing with Optimized Bucket Sizes and Interleaved Coding | April 2024 |
Title | Type | Semester | Location |
---|---|---|---|
CONSENSUS Compressed Datastructures | Praxis der Forschung | SS 2025 | |
Algorithm Engineering | Lecture (V) | SS 2025 | |
PSE Timetable Scheduling | lab course | SS 24 | |
Algorithms II | Lecture (V) | WS 24/25 |
Title | Subject | Supervisor | Student |
---|---|---|---|
Engineering k-perfect hashing | Perfect Hashing | Sebastian Kirmayer |
|
Cuckoo-PTHash: Exploring Cuckoo Hashing in the PTHash Framework | Perfect Hashing | Benedikt Waibel |
|
Dynamic retrieval | Loretta Jacobs |