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Embedded systems design and verification: reuse oriented prototyping methodologies

机译:嵌入式系统设计和验证:重用面向原型的原型方法

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The SIA roadmap plans for 50 millions transistors asics/SOC in 2008 [1]. The design of these chips cannot be achieved in the required Time-to-Market constraints without new methodologies. The key solution for saving design time is Design Reuse. However, while design reuse solves many design problems, it causes increased verification problems. The complexity of these new designs leads to simulation times that become prohibitive with regard to market pressure. The verification is thus achieved through high-speed emulaton and prototyping technologies. The scope of this paper is to present these new methodologices. SPW [2] (from Cadence) can handle a wide variety of models in a cosimulation for virtual prototyping. designs are verified by real prototyping on an Aptix reconfigurable platform, using DSP and FPGA components.
机译:2008年SIA路线图计划50百万晶体管ASICS / SOC [1]。在没有新方法的情况下,不能在所需的上市时间限制中实现这些芯片的设计。保存设计时间的关键解决方案是设计重用。但是,虽然设计重用解决了许多设计问题,但它会导致增加的验证问题。这些新设计的复杂性导致模拟时间在市场压力方面变得越来越多。因此,通过高速氧化铝和原型技术实现验证。本文的范围是介绍这些新方法。 SPW [2](来自Cadence)可以在暗色原型中处理暗语中的各种模型。使用DSP和FPGA组件,通过APTIX可重新配置平台上的实际原型验证设计。

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