Dominik Töllner (M.Sc.)

Wissenschaftlicher Mitarbeiter


Telefon
0511 762 19736

E-mail
toellner@sra.uni-hannover.de

Adresse
30167 Hannover
Appelstraße 4

Raum
Raum 118

Projects

ATLAS: Adaptable Thread-Level Address Spaces (DFG: LO 1719/7-1 and DI 2840/1-1)
In the ATLAS project, we investigate dynamic specialization and containment by means of thread-level address-space variations.

Publications

2023

USENIX Conference A
MELF: Multivariant Executables for a Heterogeneous World
Dominik Töllner, Christian Dietrich, Illia Ostapyshyn, Florian Rommel, Daniel Lohmann2023 USENIX Annual Technical Conference (USENIX ATC 23)USENIX Association2023Accepted at USENIX ATC'23, to appear.
Details [BibTex]

Teaching

Supervised Theses

Running Theses

Synchronized Thread-Level Address-Space Views for the Dragonfly BSD Kernel

Extending the DragonFly BSD kernel to allow the usage of ATLAS synchronized thread-level address-space views in userspace processes

 
Typ
Bachelorarbeit

 
Status
laufend

 
Supervisors
Florian Rommel
Dominik Töllner
Daniel Lohmann

 
Project
ATLAS

Investigating Total Store Ordering on the ARM M1

Analyzing the performance impact of Total Store Ordering on the M1 ARM Processor.

 
Typ
Masterarbeit

 
Status
reserviert

 
Supervisors
Lars Wrenger
Dominik Töllner
Daniel Lohmann

 
Project
ParPerOS

Finished Student Theses

Size does matter: Extending the LLVM Linker for Fine-Granular Multivariant ELF Executables

Extend the multivariant ELF approach to allow the building of fine-granular executables.

 
Typ
Bachelorarbeit

 
Status
abgeschlossen

 
Supervisors
Dominik Töllner
Florian Rommel
Daniel Lohmann

 
Project
ATLAS

 
Bearbeiter
Jan Luca Willke (abgegeben: 11. Aug 2022)

What You See Is What I Want: Extending the LLVM Linker for View-Local Data in Multivariant ELFs

Extend the multivariant ELF approach to allow data to be view-local and not shared across multiple views.

 
Typ
Bachelorarbeit

 
Status
abgeschlossen

 
Supervisors
Florian Rommel
Dominik Töllner
Daniel Lohmann

 
Project
ATLAS

 
Bearbeiter
Max Känner (abgegeben: 19. Sep 2022)

Own Thesis

Multivariant ELF Executables for Dynamic Variability via Address-Space Views

Extend the ELF format to support binaries with multiple code variants for the use with ATLAS addess space views [PDF]

 
Typ
Masterarbeit

 
Status
abgeschlossen

 
Supervisors
Florian Rommel
Daniel Lohmann

 
Project
ATLAS

 
Bearbeiter
Dominik Töllner