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

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How Different Are Esterel and SystemCa rather different origin, we show that the execution/simulation of programs written in these languages consists of many corresponding computation steps. As a consequence, we identify different classes of Esterel programs that can be easily translated to SystemC processes and vice versa. Moreover, w

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Timed Asynchronous Circuits Modeling and Validation Using SystemCrimitives of ASC rely on SystemC immediate notification. In this paper we present a time model which allows us to properly trace ASC processes activity. This time model is not restricted to ASC and could be used to model asynchronous circuits using a CSP based modeling language. Moreover, this time

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On Construction of Cycle Approximate Bus TLMsrate (CA) in this contribution. The choice of a level has an impact on simulation accuracy and performance and makes a level suitable for specific use cases, e.g. virtual prototyping, architectural exploration, and verification. Whereas the untimed and cycle-accurate levels have a relatively precise

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An Integrated SystemC Debugging Environments in the support of abstraction levels beyond RTL. But being able to implement complex System-on-Chip (SoC) designs in SystemC raises the necessity of new techniques to support debugging, system exploration, and verification..We present an integrated debugging environment that facilitates designers

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Heterogeneous Specification with HetSC and SystemC-AMS: Widening the Support of MoCs in SystemCogies. Their joint usage enables the development of SystemC specifications supporting a wide range of Models of Computation (MoCs). This is becoming more and more necessary for building complete specifications of embedded systems, which are increasingly heterogeneous (they include the software contr

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An Extension to VHDL-AMS for AMS Systems with Partial Differential Equationsuage VHDL-AMSP. An important specific need for such extensions arises from the well known MEMS modelling difficulties where complex digital and analogue electronics interfaces with distributed mechanical systems. The new syntax allows descriptions of new VHDL-AMS objects, such as partial quantities,