Download Advances in Design Methods from Modeling Languages for by Frédéric Mallet, Charles André, Robert de Simone (auth.), PDF

By Frédéric Mallet, Charles André, Robert de Simone (auth.), Dominique Borrione (eds.)

More than ever, FDL is where for researchers, builders, designers, academia, and EDA instrument businesses to give and to benefit concerning the most modern clinical achievements, functional purposes and clients reports within the area of specification and layout languages. FDL covers the modeling and layout tools, and their most up-to-date helping instruments, for complicated embedded structures, platforms on chip, and heterogeneous systems.

FDL 2009 is the 12th in a sequence of occasions that have been held everywhere Europe, in chosen destinations popular for his or her Universities and Reseach associations in addition to the significance in their commercial setting in desktop technology and Micro-electronics. In 2009, FDL used to be prepared within the appealing south of France region of Sophia Antipolis. including the DASIP (Design and Architectures for sign and photo Processing) convention and an identical (Sophia Antipolis MicroElectronics ) Forum.

All submitted papers have been rigorously reviewed to construct a application with 27 complete and 10 brief contributions. From those, this system Committee chosen a shorter checklist, in accordance with the reviews of the reviewers, and the originality and relevance of the paintings that used to be provided on the discussion board. The revised, and infrequently prolonged models of those contributions represent the chapters of this volume.

Advances in layout tools from Modeling Languages for Embedded structures and SoC’s provides extensions to plain specification and outline languages, in addition to new language-based layout ideas and methodologies to resolve the demanding situations raised through combined sign and multi-processor structures on a chip. it's meant as a reference for researchers and academics, in addition to a state-of-the-art milestone for designers and CAD developers.

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When the task id identifier is received in the module (through a sc port< > connected to the scheduler) the corresponding task is first notified and then unblocked and executed. The scheduler in turn analyzes which tasks should start at a given time (for each module in the system), and then triggers the execution. Finally, once the task has been executed, each module sends a message to the scheduler to communicate its availability. If necessary task preemption can be implemented within this schema.

Huhn, Tool Support for a Scheduling Analysis View. org MDE Support for HW/SW Codesign: A UML-based Design Flow 37 [23] A. Koudri, D. Aulagnier, D. Vojtisek, P. Soulard, C. Moy, J. Champeau, J. C. Le Lann, Using MARTE in a Co-Design Methodology. UML Workshop at Date’08 [24] P. Marquet, S. Meftali, S. Niar, A. Etien, J. Dekeyser, E. Piel, R. Attitalah, P. Boulet, Gaspard2: from MARTE to SystemC Simulation. proc. DATE 08 [25] P. Marwedel, Embedded System Design (Springer-Verlag, New York, 2005) [26] M.

Virtutech Simics has implemented checkpointing for about ten years, based on a simple but powerful mechanism called attributes [4]. Each simulation model in Simics defines its own set of attributes, which are expected to define the entire model state needed to continue the simulation from a particular point (Fig. 1). The attributes are registered with the Simics kernel by the model source code at simulation start-up, and have a name and a type. The attributes are set and retrieved from the simulation kernel using an interface distinct from the transaction-level interfaces used for memory accesses and device-device communication.

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