Titlebook: Strategische Planung der Transformation von Antriebsportfolios in der Automobilindustrie; Christoph Hüls Book 2022 Der/die Herausgeber bzw

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Strategische Planung der Transformation von Antriebsportfolios in der Automobilindustrie

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dge. The first half of this paper gives a brief overview of the objectives and highlights of the Rosetta-Philae mission. In the second half the major hardware and software design aspects, including the conceptual design and implementation of the central on-board computer (CDMS) of the Philae lander

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Christoph Hülsally, applying a set of transformation rules, we generate an intermediate AADL model enriched with different replicas using Ocarina. This generated model can be analysed, formally verified, used for application code generation or even replication of other components. To illustrate our approach, we a

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Christoph HülsEPA and LPA, under both Earliest Deadline First (EDF) and Fixed Priority Scheduling (FPS) paradigms. Our experiments reveal interesting observations some of which are counter-intuitive. We then analyse the counter-intuitive observations and identify the associated reasons. The observations presented

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Christoph Hüls priority-scheduled tasks. We also describe the implementation of an Ada library supporting it. Our aim is to take advantage of the best of both approaches by providing jitter-controlled execution of time-triggered tasks (e.g., control tasks), coexisting with a set of priority-scheduled tasks, with

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Christoph Hülsally, applying a set of transformation rules, we generate an intermediate AADL model enriched with different replicas using Ocarina. This generated model can be analysed, formally verified, used for application code generation or even replication of other components. To illustrate our approach, we a

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Christoph Hülsally, applying a set of transformation rules, we generate an intermediate AADL model enriched with different replicas using Ocarina. This generated model can be analysed, formally verified, used for application code generation or even replication of other components. To illustrate our approach, we a

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Christoph Hülse and its Safety Kernel. We also consider a hardware-based non-intrusive runtime verification approach, describing how it is applied to verify Safety Kernel software functions. Finally, we experimentally evaluate the performance of two distinct Safety Kernel implementations and discuss the feasibili