Titlebook: Embedded Systems Specification and Design Languages; Selected Contributio Eugenio Villar Book 2008 Springer Science+Business Media B.V. 200

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https://doi.org/10.1007/978-94-017-2256-8of this process, specifically we are looking at automatic UML to SystemC transformation. In this paper we compare UML and SystemC, focusing on communication modeling. We also present mapping rules for automatic SystemC code generation from UML. The mapping has been implemented in our UML to SystemC code generator.

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Laudan and the Problems of Progress,he tracing facilities of ASC. This paper also presents a patch of the OSCI SystemC simulator allowing to properly validate ASC models. As relevant examples, two versions of the Octagon interconnect are modeled and verified using the ASC library.

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Deasy Simandjuntak,Michaela Haugevel. In this contribution we review these modelling alternatives in the context of SystemC and with focus on bus models, provide quantitative measurements on major alternatives, and propose a CX modelling level that allows to obtain almost cycle accuracy and a simulation performance significantly above CA models.

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Cost-Effectiveness Studies in Oncology,MSP into the existing VHDL-AMS 1076.1 standard automatically. The pre-processor allows development of models with partial differential equations using currently available simulators. As an example, a VHDL-AMSP description for the sensing element of a MEMS accelerometer is presented, converted to VHDL-AMS 1076.1 and simulated in SystemVision.

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On Construction of Cycle Approximate Bus TLMsevel. In this contribution we review these modelling alternatives in the context of SystemC and with focus on bus models, provide quantitative measurements on major alternatives, and propose a CX modelling level that allows to obtain almost cycle accuracy and a simulation performance significantly above CA models.

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An Extension to VHDL-AMS for AMS Systems with Partial Differential EquationsMSP into the existing VHDL-AMS 1076.1 standard automatically. The pre-processor allows development of models with partial differential equations using currently available simulators. As an example, a VHDL-AMSP description for the sensing element of a MEMS accelerometer is presented, converted to VHDL-AMS 1076.1 and simulated in SystemVision.

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