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Physical design tools for hierarchy

机译:层次结构的物理设计工具

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There are a number of factors that motivate the use of hierarchical physical design approaches for ASIC and mircroprocessor designs. While microprocessor designs have traditionally been done using hierarchy, the trend in ASIC designs is more recent. The growing use of hierarchy presents new challenges to the design automation community. Tools and algorithms that are designed to work well on flat chips certainly can be applied to individual partitions of a hierarchical design. This works well for some tasks, but there are a host of new problems introduced by hierarchy boundaries that are not addressed by such an approach. This talk will focus on some of the new and interesting physical design automation tasks, with an emphasis on the placement and timing closure aspects of the hierarchy problem.
机译:有许多因素促使对ASIC和微处理机设计使用分层物理设计方法。传统上,微处理器设计是使用层次结构完成的,但ASIC设计的趋势却是最近的。层次结构的使用不断增加,对设计自动化社区提出了新的挑战。设计为在扁平芯片上运行良好的工具和算法当然可以应用于分层设计的各个分区。这对于某些任务来说效果很好,但是层次结构边界引入了许多新问题,而这种方法无法解决这些问题。本演讲将重点介绍一些新的有趣的物理设计自动化任务,重点是层次结构问题的布局和时序收敛方面。

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