Interpreted operating system kernels
In the new era of cyber-physical systems, software must adapt itself to ever-changing environmental conditions and situations. This is currently not reflected in the design of embedded operating systems, since they are primarily optimized for fixed usage scenarios with tight resource constraints.
In this research project, we are targeting the idea of interpreted operating system kernels, which can form a new foundation for highly reconfigurable embedded systems. Our research includes the investigation of reasonable use cases and implementation strategies.
Publications
- Peter Tröger, Christine Jakobs, Thomas Jakobs, Matthias Werner, "Adaptive Cyber-Physical Systems with Interpreted Operating System Kernels", in 5th Mediterranean Conference on Embedded Computing (MECO), 26-29, 2016 @inproceedings{TrJaJaWe:InterpretedOS:2016,
title = {Adaptive Cyber-Physical Systems with Interpreted Operating System Kernels},
author = {Peter Tröger and Christine Jakobs and Thomas Jakobs and Matthias Werner},
booktitle = {5th Mediterranean Conference on Embedded Computing (MECO)},
year = {2016},
pages = {26--29},
isbn = {978-9940-9436-6-0},
location = {Bar, Montenegro},
keywords = {operatingsys cyberps pyos}
2016