Titlebook: ESL Models and their Application; Electronic System Le Brian Bailey,Grant Martin Book 2010 Springer-Verlag US 2010 ASIC.Automat.EDA.ESL.Ele

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https://doi.org/10.1007/978-1-4419-0965-7ASIC; Automat; EDA; ESL; Electronic Design Automation; Electronic System Level; FPGA; Hardware; Multicore; Sy

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Introduction,n change over time. We will discuss why multiple models may exist at the same time and why a single abstraction is not always the ideal situation. We will explore the basic building blocks of languages (models of computation) and show how language syntaxes can be developed from them. We will briefly

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IP Meta-Models for SoC Assembly and HW/SW Interfaces,re placed on its usage or the way in which it is meant to be connected. This information is considered to be metadata about that block and was often the principal information that would have been found on a specification sheet for a device. Once that information is captured in a formalized manner it

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Functional Models,/or effectiveness of these models. This chapter will explore the most common languages that are in use today and the ways in which they can be used. Small examples will be given in this chapter to show the fundamental aspects of these languages and will compare and contrast some of the languages so

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Testbench Models,ed toward their intended function. Most of what we think of as verification today is implementation verification taking place at the RTL level of abstraction or physical verification taking place at even lower levels of abstraction. Very little of the total verification effort goes into design verif