By El Mostapha Aboulhamid, Frederic Rousseau
The 1st publication to harness the facility of .NET for method layout, approach point layout with .NET know-how constitutes a software-based method of layout modeling verification and simulation. global type builders, who've been on the vanguard of method layout for many years, clarify tips on how to faucet into the ability of this dynamic programming setting for more desirable and effective administration of metadata—and introspection and interoperability among instruments. utilizing available know-how, the textual content info how you can catch constraints and standards at excessive degrees and describes the way to percolate them in the course of the refinement approach. Departing from proprietary environments outfitted round process Verilog and VHDL, this state-of-the-art reference contains an open resource atmosphere (ESys.NET) that readers can use to scan with new principles, algorithms, and layout tools; and to extend the features in their present instruments. It additionally covers: Modeling and simulation—including specifications specification, IP reuse, and functions of layout styles to hardware/software platforms Simulation and validation—including transaction-based types, exact simulation at cycle and transaction degrees, cosimulation and acceleration process, in addition to timing specification and validation sensible use of the ESys.NET setting labored examples, finish of bankruptcy references, and the ESys.NET implementation try out mattress make this the appropriate source for process engineers and scholars trying to maximize their embedded process designs.
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Additional resources for System Level Design with .Net Technology
29 31 35 43 49 52 This work would not have been done without the great help of Pascale B´elanger regarding her competence in Linguistic [97, 98] and Alexandre Chureau for his work on the UML-Based Methodology . It has been supervised by Yvon Savaria and El Mostapha Aboulhamid. 1 Introduction Hardware/software electronic systems co-design relies on a well-established cycle, through which designers employ mature development frameworks   that have been deeply supported and improved over the years by industry.
Indeed, the informal nature of requirements formulation typically prevents using systematic validation techniques, thus leaving them at the mercy of sporadic manually adhoc validation, or even no validation at all. Consistency errors can thus propagate through the design cycle, hence being detected only much later, with significant additional costs. Moreover, the gap between methods used to capture requirements and those used in the modeling phase is very large; designers usually jump directly from unstructured textual documentation (when they exist) to executable specifications written in languages such as Verilog .
We consider the behavior of a model as a composition of actions, denoting functionalities provided by the system. Description of actions is totally abstracted from the way they are carried out. It only focuses on the state in which the system is before and after the action is performed. This is formally expressed by guarding an action with pre- and post-conditions, respectively denoting the state of the system before and after it is carried out. Such formal requirements are situated between informal requirements and specification.
System Level Design with .Net Technology by El Mostapha Aboulhamid, Frederic Rousseau