Below is a list of open, ongoing, and completed projects/theses. If you are intested in an open project/thesis, or you alreay have a topic and looking for a supervisor, please contact me.

Open Projects/Theses

  • Optimizing Dynamic Programming Algorithms for Hopper Architecture (B.Sc./M.Sc.)
  • Benchmarking Embedded GPUs for Onboard AI Space Applications (B.Sc./M.Sc.)
  • Developing Comprehensive Error Injection Models for Embedded GPUs for Space Applications (B.Sc./M.Sc.)
  • Quantifying Performance Overhead of Embedded GPUs for Space Qualification (B.Sc./M.Sc.)
  • A Quantitative Study of Space-Grade Embedded GPUs vs Off-The-Shelf Embedded GPUs for Onboard AI Processing (B.Sc./M.Sc.)
  • A Comparative Study of LSTM Versus Transformer for Sequence Modeling Problems in GPUs (B.Sc./M.Sc.)
  • A Generic Framework for Memory Access Granularity Aware Lossless Compression for Many-core Processors (B.Sc./M.Sc.)
  • Evaluating Scalability of SYCL Applications Across HPC Clusters (B.Sc./M.Sc.)

Completed Theses

  • Study and Evaluation of the Usage of Artifical Intelligence in Modern SoC Validation Process (Kowshic Ahmed Akash)
  • Memory Access Granularity Aware Lossless Compression for GPUs (M. Renz)
  • An Efficient Lightweight Framework for Porting Vision Algos on Embedded SoC (A. Ashish)
  • SystemC Modeling of a Memory Paging System for Secure Elements in SoC (M. Yuan)
  • Power Modeling of Mobile GPUs using Deep Learning (M. Neu)
  • Quantitative Cache Line Re-Use Analysis for GPUs (J. Dommes, TUB)
  • Custom Hardware Accelerator for the Smith-Waterman Algorithm (L. M. Selinka, TUB)