A system for automatic recording and prediction of design quality metrics

A. Kahng, S. Mantik
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引用次数: 21

Abstract

We present recent extensions to the METRICS infrastructure that allow optimization of design processes at the flow level, rather than only at the individual tool level. As previously reported, METRICS infrastructure allows automatic recording of design and process information. Our extensions include (i) the collection of design flow information for use in flow optimization, and (ii) integration with data mining tools to allow automatic generation of design and flow QOR predictors. Our flow optimization experiments try to optimize incremental multilevel FM partitioner runs in an incremental (ECO-oriented) design flow. We also demonstrate QOR predictors that are generated automatically from the METRICS data warehouse by the Cubist data mining tool for industry placement, clock tree generation, and routing tools.
一个自动记录和预测设计质量指标的系统
我们介绍了最近对METRICS基础结构的扩展,这些扩展允许在流级别优化设计过程,而不仅仅是在单个工具级别。如前所述,METRICS基础设施允许自动记录设计和过程信息。我们的扩展包括(i)收集用于流程优化的设计流程信息,以及(ii)与数据挖掘工具的集成,以允许自动生成设计和流程QOR预测器。我们的流程优化实验试图在增量(面向生态的)设计流程中优化增量多级FM分区器运行。我们还演示了用于行业布局、时钟树生成和路由工具的Cubist数据挖掘工具从METRICS数据仓库自动生成的QOR预测器。
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