【24h】

Commercial CAD

机译:商业CAD

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摘要

This talk will discuss the current state of commercial CAD, and speculate upon how it might evolve in both the near and longer term. In the near term, commercial CAD will concentrate on the familiar problems of the VLSI field - completing larger designs, optimizing yield, coping with variability, and so on. These and similar well known problems, already known to customers and called out in the ITRS roadmap, will keep commercial CAD busy for the next few years.In the long term, however, there are many more possibilities. In particular, fields such as diverse as genetics and nano-technology are currently struggling to produce small but working examples, but have the potential to cheaply build very large and complex systems. As the fabrication technology in these fields matures, designers will need more automated tools, just as they have over the history of IC design. Furthermore, there will surely be large mixed systems containing more than one of these technologies, including the current electronictechnology and/or its technological successors. It is therefore possible that the long term evolution of commercial CAD will encompass many fields, with a core competency of the explicit construction of large and complex systems.
机译:本演讲将讨论商业CAD的当前状态,并推测其在近期和长期内将如何发展。短期内,商业CAD将集中在VLSI领域熟悉的问题上-完成较大的设计,优化产量,应对可变性等。这些和类似的众所周知的问题已为客户所熟知,并已在ITRS路线图中提出,将在未来几年内使商业CAD繁忙,但从长远来看,还有更多的可能性。特别是,诸如遗传学和纳米技术之类的多元化领域目前正努力产生小型但可行的实例,但具有廉价地构建非常大型和复杂的系统的潜力。随着这些领域的制造技术的成熟,设计师将需要更多的自动化工具,就像他们在IC设计的历史中一样。此外,肯定会有包含这些技术中不止一种的大型混合系统,包括当前的电子技术和/或其技术后继者。因此,商业CAD的长期发展可能会涉及许多领域,其核心能力是大型和复杂系统的显式构建。

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