基于顺序软件和标准硬件的分布式布局验证

Y. Shiran
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引用次数: 0

摘要

本文提出了一种新的并行设计验证算法。它的数据模型是数据流方法的数据模型,基于将设计验证周期划分为可以并发运行的独立任务。这种方法的意义在于,与其他不使用现有顺序代码并且只能在昂贵的专用硬件上运行的概念不同,新方法不需要任何代码开发,并且可以由标准的Unix分布式网络或微处理器容纳。本文给出了在多处理器配置和分布式网络下对130万个多边形(12层)执行52个设计规则检查的实验结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Distributed Layout Verification Using Sequential Software and Standard Hardware
This paper describes a new algorithm for parallel design verification. Its data model is that of tlhe data flow methodology and is based on the partitioning of the design verification cycle into independent tasks that can be run concurrently. The signihance of this methodology is that, unlike other concepts that connot use the existing sequential code and can only run on a an expensive specialpurpose hardware, the new approach does not require any code development and can be accommlodated by a ,standard Unix distributed network or a miiltiprocessor . The paper presents experimental results for performing 52 design rule checks on 1.3 million polygons (12 layers) on both a multiprocessor configuration and a distributed network.
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