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Representing Decision-Makers in SGAM-H: The Smart Grid Architecture Model Extended with the Human Lag the SGAM-H, an enhanced version of the original architecture model complemented by the Human Layer. The development and evaluation of the artifact is guided by the Design Science Research methodology. The evaluation presents a working example of applying the CIRA method on a scenario involving int

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https://doi.org/10.1007/978-3-322-86982-1g the SGAM-H, an enhanced version of the original architecture model complemented by the Human Layer. The development and evaluation of the artifact is guided by the Design Science Research methodology. The evaluation presents a working example of applying the CIRA method on a scenario involving int

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https://doi.org/10.1007/978-3-8349-9619-0ew represents the execution at operating system level through the representation of all information flow between files, processes and sockets. The second view represents what happened in the code of the application, during its execution. The benefit of this visualization tool is illustrated on a ran

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,Komplement?re Therapiem?glichkeiten,amples of other recent high performance MCM cooling designs providing low thermal resistance(s). The relative package cooling effectiveness of these designs is presented in terms of “package thermal resistivity.”

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