Publications

Sebastian Litzinger (2023). Raising Energy Efficiency and Fault Tolerance with Parallel Streaming Application Scheduling on Multicore Systems.
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Carina Heßeling, Jörg Keller, Sebastian Litzinger (2023). Reversible Network Covert Channel by Payload Modulation in Streams of Decimal Sensor Values. Proceedings of the 19th IEEE International Conference on E-Science (e-Science).
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Sebastian Litzinger, Jörg Keller, Christoph Kessler (2023). Packing Multiple Types of Cores for Energy-Optimized Heterogeneous Hardware-Software Co-Design of Moldable Streaming Computations. IEEE Access.
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Carina Heßeling, Jörg Keller, Sebastian Litzinger (2022). Network Steganography Through Redundancy in Higher-Radix Floating-Point Representations. Proceedings of the 17th International Conference on Availability, Reliability and Security.
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Carina Heßeling, Jörg Keller, Sebastian Litzinger (2022). Kleptography in Authentication Protocols: Why is It Still Possible?. Proceedings of the European Interdisciplinary Cybersecurity Conference (EICC).
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Jörg Keller, Sebastian Litzinger, Christoph Kessler (2022). Integrating Energy-Optimizing Scheduling of Moldable Streaming Tasks with Design Space Exploration for Multiple Core Types on Configurable Platforms. Journal of Signal Processing Systems.
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Jörg Keller, Sebastian Litzinger (2022). Energy-Efficient Execution of Streaming Task Graphs with Parallelizable Tasks on Multicore Platforms with Core Failures. Euro-Par 2021: Parallel Processing Workshops.
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Wilhelm Rödder, Andreas Dellnitz, Sebastian Litzinger (2022). Combining efficiency and scaling effects in activity analysis: towards an improved best practice criterion. RAIRO-Operations Research.
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Jörg Keller, Sebastian Litzinger (2022). Systematic search space design for energy-efficient static scheduling of moldable tasks. Journal of Parallel and Distributed Computing.
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Sebastian Litzinger, Jörg Keller (2021). Effects of Continuous vs Discrete Frequency Scaling and Core Allocation on Energy Efficiency of Static Schedules for Moldable Tasks. Parallel Processing Letters.
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