Download Modeling Embedded Systems and SoC's: Concurrency and Time in by Axel Jantsch PDF

By Axel Jantsch

During the last decade, advances within the semiconductor fabrication strategy have ended in the conclusion of real system-on-a-chip units. however the theories, equipment and instruments for designing, integrating and verifying those complicated platforms haven't stored velocity with our skill to construct them. procedure point layout is a severe part within the look for the way to boost designs extra productively. besides the fact that, there are many demanding situations that needs to be triumph over so one can enforce method point modeling. This booklet without delay addresses that want through constructing organizing rules for figuring out, assessing, and evaluating different versions of computation useful for method point modeling. Dr. Axel Jantsch identifies the illustration of time because the crucial function for distinguishing those types. After constructing this conceptual framework, he provides a unmarried formalism for representing very diverse versions, letting them be simply in comparison. accordingly, designers, scholars, and researchers may be able to determine the function and the gains of the "right" version of computation for the duty to hand. *Offers a distinct and critical contribution to the rising box of versions of computation *Presents a scientific approach of realizing and employing assorted versions of Computation to embedded platforms and SoC design*Offers insights and illustrative examples for practioners, researchers and scholars of advanced digital platforms layout.

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Additional info for Modeling Embedded Systems and SoC's: Concurrency and Time in Models of Computation (The Morgan Kaufmann Series in Systems on Silicon) (Systems on Silicon)

Sample text

At the highest level, only the interface and communication constraints are expressed. These constraints may concern a range of properties such as electrical properties, number of wires, frequency, protocol type and protocol family, and so on. Like all constraints, they allow for a number of different solutions and are typically used in early design phases to express the requirements and constraints on the system from the environment. 36 chapter one Introduction FIGURE 1-23 Two processes A and B communicate via a communication network, which may be transparent to the two processes.

Without an assumption about the timing behavior of these four gates, we cannot know the overall behavior of the system. ” cannot be answered without considering time. Under the assumption that the gates react immediately without observable delay, the answer is x = 0, y = 1. However, if the gates react with a delay, we may see a sequence of different output patterns until the effects from the inputs have fully propagated to the outputs. There are again different levels of accuracy in representing time.

Thus, the switch-based model does not scale very well, and we run into difficulties if we assemble more than a few transistors—difficulties that can only be understood with the more detailed model of Figure 1-13. In summary, the switch-based transistor model is not a stable foundation for modeling large transistor networks. As a remedy we can restrict the transistor network to a small number of patterns that can be combined in arbitrary networks without violating the assumptions of the switch-based transistor model.

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