Niklas Gollenstede
Niklas Gollenstede (M.Sc.)
Wissenschaftlicher Mitarbeiter
Mail: niklas.gollenstede@tuhh.deTelefon: +49 40 42878 2929
Adresse: Am Schwarzenberg 3 (E), 4.071
Personensuche: Zum Eintrag
On April 1st, 2024, the Operating System Group of TUHH moves to TU Braunschweig.
Teaching and Courses
Supervised Theses
Current Theses Topics
Core-Specialized Program Execution on Heterogenous Multi-Core Processors Using Address-Space Views
Typ: Bachelor-/Masterarbeit
Status: laufend
Supervisors: Niklas Gollenstede, Christian Dietrich
Project: ATLAS
Explore new program structures that run on and fully utilize CPUs with heterogeneous ISAs.
Status: laufend
Supervisors: Niklas Gollenstede, Christian Dietrich
Project: ATLAS
Explore new program structures that run on and fully utilize CPUs with heterogeneous ISAs.
Finished Student Theses
Lua as a General-Purpose Extension Language in Linker Scripts for Embedded Systems
Typ: Bachelor-/Masterarbeit
Status: abgeschlossen
Supervisors: Niklas Gollenstede, Christian Dietrich
Project: ATLAS
Embed Lua into the llvm-lld linker as a Turing-complete alternative to .ld-scripts.
Status: abgeschlossen
Supervisors: Niklas Gollenstede, Christian Dietrich
Project: ATLAS
Embed Lua into the llvm-lld linker as a Turing-complete alternative to .ld-scripts.
NixDiff: Offline Compression of Differential Updates for Declaratively-Configured Embedded Linux Systems
Typ: Bachelorarbeit
Status: abgeschlossen
Supervisors: Niklas Gollenstede, Christian Dietrich
Decrease the size of NixOS updates, especially for embedded systems, by removing redundant file blocks from the transferred packages
Status: abgeschlossen
Supervisors: Niklas Gollenstede, Christian Dietrich
Decrease the size of NixOS updates, especially for embedded systems, by removing redundant file blocks from the transferred packages
Investigating the Usage and Protection of CHERI Capabilities with Shared Memory-based IPC
Typ: Bachelorarbeit
Status: abgeschlossen
Supervisors: Niklas Gollenstede, Christian Dietrich
Project: ATLAS
Sharing virtual-address based memory capabilities between address spaces circumvents protection models. Is limiting shared memory a sufficient and appropriate counter-measure?.
Status: abgeschlossen
Supervisors: Niklas Gollenstede, Christian Dietrich
Project: ATLAS
Sharing virtual-address based memory capabilities between address spaces circumvents protection models. Is limiting shared memory a sufficient and appropriate counter-measure?.
