Download Advances in Design and Specification Languages for SoCs: by Alain Vachoux (auth.), Pierre Boulet (eds.) PDF

By Alain Vachoux (auth.), Pierre Boulet (eds.)

The 7th e-book within the CHDL sequence consists of a variety of the simplest 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 program of languages and types for the layout of digital and heterogeneous systems.

The discussion board used to be based round 4 workshops which are all represented within the e-book by way of remarkable articles: Analog and Mixed-Signal structures, UML-based method Specification and layout, C/C++-Based process layout and Languages for Formal Specification and Verification.

The Analog and Mixed-Signal structures contributions convey a few solutions to the tricky challenge of co-simulating discrete and non-stop versions of computation. The UML-based procedure Specification and layout chapters deliver perception into how you can use the version pushed Engineering to layout Systems-on-Chip. The C/C++-Based process layout articles commonly discover method point layout with SystemC. The Languages for Formal
Specification and Verification is represented by means of an invited contribution at the use of temporal assertions for symbolic version checking and simulation. and at last bankruptcy during this publication contributed via preeminent participants of the automobile layout provides the new commonplace AutoSAR.

Overall Advances in layout and Specification Languages for SoCs is a superb chance to meet up with the most recent examine advancements within the box of languages for digital and heterogeneous procedure design.

Show description

Read Online or Download Advances in Design and Specification Languages for SoCs: Selected Contributions from FDL’04 PDF

Similar design books

Carrier Piping Design

This e-book covers useful layout and structure, together with facts and examples of standard air con piping structures - piping layout, common, water piping, refrigerant piping, steam piping.

Integrated Product, Process and Enterprise Design

The necessity exists within the deepest area and govt production websites to minimize product improvement time, construction lead instances, stock, and non-value extra actions. whilst, there's elevated strain to enhance production procedure yields, produc­ tion potency, and source usage.

Extra info for Advances in Design and Specification Languages for SoCs: Selected Contributions from FDL’04

Example text

In the second step, each wire is converted to a terminal, a quantity, or a signal. If any wire view anywhere in the mixed net is a terminal, the entire mixed net will be classified as a node. If not, but if there is a wire view that is a quantity, the mixed will be classified as a quantity net. There are rules governing the formulation of quantity nets to account for solvability. Finally, if all wire views are signals, the entire mixed net will be classified as a signal net. In either case, the nature of the node or the type of the quantity or signal net is obtained from the appropriate wire views.

Printed in the Netherlands. 42 ADVANCES IN DESIGN AND SPECIFICATION LANGUAGES FOR SOCS made randomly with respect to given distribution functions [O’Connor, 2002]. Monte Carlo simulation is very time consuming. A lot of simulation runs are required to investigate the behavior of a system subject to the statistical distribution of parameters. Nevertheless, Monte Carlo simulation is very favored simulating electrical circuits and systems. It is widely supported by Spice-like simulation engines. Monte Carlo features are usually available for frequency and time domain analysis [Vlach and Singhal, 1994].

A problem to be solved in a unified and easy way particularly concerns the initialization of UNIFORM or an equivalent procedure and the update of the seed values in the Monte Carlo simulation runs. It should be assured that Monte Carlo simulation using VHDL-AMS delivers the same results in different simulators. Simulators should support Monte Carlo simulation of VHDL-AMS descriptions. Some aspects are for instance Supplement of multi-run-simulations into the list of available analyses. The simulation program should know that the Monte Carlo feature is used.

Download PDF sample

Rated 4.69 of 5 – based on 3 votes