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Research interests
My research is based on real-world problems and I enjoy the ability to contribute to the technical state-of-the-art.
My research interests include the following topics:
Parallel Computing
Parallel computing offers the challenge that the individual jobs executing in parallel may influence each other, for example, with regards of extra-functional properties like execution time. Adequate hardware and software architectures are necessary to bridge the gap between the many-core computing and embedded computing. Further, many-core computing also offers to be the base for novel approaches of robust computing.
In collaboration with Alex Shafarenko I am the local coordinator at UH of the FP7 project ADVANCE, where the goal is to use of probabilistic runtime information to optimize S-Net programs. This includes program transformations and resource management like load balancing. Since 2012 I am the principal investigator at UH of the ARTMIS project CRAFTERS, where the goal is to develop multi-core systems, including predictability and reliability.
My research is based on real-world problems and I enjoy the ability to contribute to the technical state-of-the-art.
My research interests include the following topics:
Parallel Computing
Parallel computing offers the challenge that the individual jobs executing in parallel may influence each other, for example, with regards of extra-functional properties like execution time. Adequate hardware and software architectures are necessary to bridge the gap between the many-core computing and embedded computing. Further, many-core computing also offers to be the base for novel approaches of robust computing.
In collaboration with Alex Shafarenko I am the local coordinator at UH of the FP7 project ADVANCE, where the goal is to use of probabilistic runtime information to optimize S-Net programs. This includes program transformations and resource management like load balancing. Since 2012 I am the principal investigator at UH of the ARTMIS project CRAFTERS, where the goal is to develop multi-core systems, including predictability and reliability.
研究兴趣
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Array (2024): 100349
JOURNAL OF SUPERCOMPUTINGno. 11 (2023): 12219-12237
J. Syst. Archit. (2023): 102835-102835
Informationno. 8 (2022): 358-358
SSRN Electronic Journal (2022)
2021 International Carnahan Conference on Security Technology (ICCST)pp.1-6, (2021)
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