By Nicola Bombieri, Massimo Poncino, Graziano Pravadelli
ISBN-10: 3319273906
ISBN-13: 9783319273907
ISBN-10: 3319273922
ISBN-13: 9783319273921
This book-presents new tools and instruments for the combination and simulation of shrewdpermanent units. The layout strategy defined during this booklet explicitly debts for integration of clever platforms parts and subsystems as a selected constraint. It contains methodologies and EDA instruments to allow multi-disciplinary and multi-scale modeling and layout, simulation of multi-domain platforms, subsystems and elements in any respect degrees of abstraction, process integration and exploration for optimization of practical and non-functional metrics.
By masking theoretical and useful facets of shrewdpermanent gadget layout, this ebook goals those people who are operating and learning on hardware/software modelling, part integration and simulation below diversified positions (system integrators, designers, builders, researchers, lecturers, scholars etc.). particularly, it's a reliable creation to those who have curiosity in coping with heterogeneous parts in a good and potent means on varied domain names and varied abstraction degrees. humans lively in clever gadget improvement can comprehend either the present prestige of perform and destiny study directions.
· presents a finished evaluate of shrewdpermanent structures layout, concentrating on layout demanding situations and state of the art solutions;
· permits improvement of a co-simulation and co-design surroundings that bills for the peculiarities of the elemental subsystems and parts to be integrated;
· Describes improvement of modeling and layout recommendations, equipment and instruments that permit multi-domain simulation and optimization at a variety of degrees of abstraction and throughout diversified technological domains.
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Additional info for Smart Systems Integration and Simulation
Sample text
State priority Invariant Flow predicate Atomic Si Edge priority Guards on Check variables synchro Update variables Fig. 3 Analysis of Smart System Simulation Solutions Simulation and design are heavily influenced by the abstraction level of each component and, as a consequence, by the level of heterogeneity that characterizes the system in terms of domains, abstraction levels, and synchronization mechanisms. It is thus necessary to clearly identify the abstraction level involved in smart system design (Sect.
As such, they must be translated by resorting to an equivalent implementation through other SystemC constructs. HIFSuite also features a flow to automatically abstract digital HW descriptions to SystemC TLM for faster simulation speed. The resulting flow is illustrated in Fig. 11. The first step consists again of converting the input HW description to its corresponding HIF representation by the HIFSuite front-end tools. If the target is to generate a TLM description optimized for simulation performance, the following step consists of invoking DDT from HIFSuite on the generated HIF description in order to improve simulation performance by replacing the original HDL data types with CCC built-in data types.
This mitigates the effect of having multiple MoCs, as problems risen by data sharing and time synchronization are moved inside the transactional communication mechanism. This analysis highlights that the heterogeneity of smart systems impacts simulation performance in many directions. Contributing elements are indeed the adopted languages, the levels of abstraction, and the MoCs followed by the components to be integrated. The weakest approach appears to be co-simulation, mandatory at lowest levels, as it pays the price of all degrees of heterogeneity.