Andreas Kässens (M.Sc.)

Wissenschaftlicher Mitarbeiter

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Telefon

0511 762 19738

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E-mail

kaessens@sra.uni-hannover.de

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Adresse

Appelstraße 4
30167 Hannover

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Gebäude

3703

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Raum

Raum 132

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Appelstraße 4 Raum 132

Projects

AHA: Automated Hardware Abstraction in Operating-System Engineering (DFG: LO 1719/4-1)

Goal of AHA is to improve nonfunctional properties of system software by a very deep, but fully automated specialization of the application-hardware bridge represented by the operating system. We investigate, how alternative implementations that are mapped more directly to hardware features, can be generated from a concrete application and their actual interactions with the operating system.

Publications

2024

RTSJ Journal
Applied static analysis and specialization of cross-core syscalls for multi-core AUTOSAR OS

Gerion Entrup, Andreas Kässens, Björn Fiedler, Daniel LohmannReal-Time SystemsSpringer2024.
PDF 10.1007/s11241-024-09429-1 [BibTex]

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BibTex Entry

@article{entrup:24:rts,
author = {Gerion Entrup and Andreas Kässens and Björn Fiedler and Daniel Lohmann},
doi = {10.1007/s11241-024-09429-1},
entrysubtype = {Journal},
journaltitle = {Real-Time Systems},
month = {October},
publisher = {Springer},
title = {Applied static analysis and specialization of cross-core syscalls for multi-core {AUTOSAR OS}},
year = {2024},
}

Close

Teaching

Supervised Theses

Running Theses

Controlling the Kite: Static Control-Flow System Analysis for Embedded Controllers with Zephyr RTOS in ARA

The ARA toolchain shall support the system-state enumeration for Zephyr-based embedded applications.

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Typ

Masterarbeit

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Status

laufend

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Supervisors

Andreas Kässens
Gerion Entrup
Daniel Lohmann

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Project

AHA

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Bearbeiter

Vitali Fendel

Development and Analysis of an AUTOSAR Real-Time Operating System on a Multicore RISC-V Hardware Platform

In previous work, an AUTOSAR-compatible real-time operating system was developed for RISC-V in QEMU. In this thesis, it shall be deployed on real RISC-V hardware like the BeagleV®-Fire so timing measurements for RTOS-specific optimizations can be executed.

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Typ

Bachelorarbeit

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Status

reserviert

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Supervisors

Andreas Kässens
Daniel Lohmann

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Project

AHA

Experimental Setup of an Active Magnetic Bearing for Real-Time Operating System Research

For optimization of RTOS, an experimental setup to prove the applicability for real world systems shall be built.

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Typ

Studienarbeit

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Status

laufend

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Supervisors

Andreas Kässens
Daniel Lohmann

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Project

AHA

Interaction-Level Specialization of RISC-V Soft Cores for Zephyr RTOS with ARA

The specialization of Real-Time operating systems can be extended to the hardware. Using a RISC-V Soft Core, tailored hardware for the Zephyr RTOS shall be implemented.

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Typ

Masterarbeit

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Status

laufend

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Supervisors

Andreas Kässens
Daniel Lohmann

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Project

AHA

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Bearbeiter

Tim Schubert

RTOS of the Day: Performance Comparison and Analysis of Open Source Real-Time Operating Systems

For optimization of RTOS, we need a performance measurement baseline. RTOS-specific benchmarks like ThreadMetric can provide numbers on how some implementations are more or less suitable for time-critical applications.

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Typ

Bachelorarbeit

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Status

laufend

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Supervisors

Andreas Kässens
Daniel Lohmann

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Project

AHA

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Bearbeiter

Jan Heinemeyer

Finished Student Theses

Implementation of Optimized AUTOSAR Systems for RISC-V with ARA

Extending the AUTOSAR Synthesis in ARA to support multicore RISC-V targets

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Typ

Bachelorarbeit

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Status

abgeschlossen

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Supervisors

Andreas Kässens
Daniel Lohmann

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Project

AHA

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Bearbeiter

Arved Blöcker (abgegeben: 05. Aug 2024)

Own Thesis