By Alain Vachoux (auth.), Pierre Boulet (eds.)
The 7th publication within the CHDL sequence consists of a variety of the easiest articles from the discussion board on Specification and layout Languages (FDL'04). FDL is the ecu discussion board to profit and alternate on new developments at the software of languages and types for the layout of digital and heterogeneous systems.
The discussion board was once dependent round 4 workshops which are all represented within the booklet through notable articles: Analog and Mixed-Signal structures, UML-based procedure Specification and layout, C/C++-Based process layout and Languages for Formal Specification and Verification.
The Analog and Mixed-Signal structures contributions carry a few solutions to the tough challenge of co-simulating discrete and non-stop versions of computation. The UML-based procedure Specification and layout chapters deliver perception into how one can use the version pushed Engineering to layout Systems-on-Chip. The C/C++-Based procedure layout articles frequently discover procedure point layout with SystemC. The Languages for Formal
Specification and Verification is represented via an invited contribution at the use of temporal assertions for symbolic version checking and simulation. and eventually bankruptcy during this publication contributed via preeminent individuals of the car layout offers the new general AutoSAR.
Overall Advances in layout and Specification Languages for SoCs is a superb chance to meet up with the newest study advancements within the box of languages for digital and heterogeneous method design.
Read or Download Advances in Design and Specification Languages for SoCs: Selected Contributions from FDL’04 PDF
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Additional info for Advances in Design and Specification Languages for SoCs: Selected Contributions from FDL’04
Rule-based automatic conversion model insertion supports accuracy with very ﬁne discrimination of what conversion model to use in any mixed connection, yet makes it very simple to generalize about model choice. Overall, there is a good opportunity to improve VHDL-AMS to support the re-conﬁguration of mixed-signal systems effectively. The authors are working through a formal language change proposal for VHDL-AMS and welcome feedback. References P. Ashenden, G. Peterson, D. Teegarden: The System Designer’s Guide to VHDL-AMS.
We will start with a discussion of the implementation of random number generators for Monte Carlo simulation. Afterwards, we will show how to implement these generators in VHDL-AMS. We will continue with a simple example and conclude with some remarks about further directions. Monte Carlo Simulation Using VHDL-AMS 2. 1 43 Random Number Generators Basic Problems Initialization of the Pseudo-Random Number Generator. One of the basic problems in Monte Carlo simulation is the generation of random numbers.
5. Other distributions as triangular and lognormal distributions can also be implemented. Furthermore, the support of user-deﬁned discrete and continuous distributions is expected. Non-uniform distributed random numbers can be generated using von NeumannÆs method of generating random samples by evaluating the position of uniform random numbers in a given rectangle or by transformation. The ﬁrst methods generate samples from any distribution whose probability density function is piecewise continuous and monotonic [Forsythe, 1972].