EDA and Quantum Computing: The key role of Quantum Circuits

L. Stok
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引用次数: 3

Abstract

Quantum computing (QC) is fast emerging as a potential disruptive technology that can upend some businesses in the short-term and many enterprises in the long run. Electronic Design Automation (EDA) is uniquely positioned to not only benefit from quantum computing technologies but can also impact the pace of development of that technology. Quantum circuits will play a key role in driving the synergy between quantum and EDA. Much like standard cell libraries became the most important abstraction between CMOS technology and most EDA tooling and spawned four decades of EDA innovation and designer productivity, quantum circuits can unleash a similar streak of innovation in quantum computing.
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EDA与量子计算:量子电路的关键作用
量子计算(QC)作为一种潜在的颠覆性技术正在迅速崛起,它可以在短期内颠覆一些企业,并从长远来看颠覆许多企业。电子设计自动化(EDA)具有独特的定位,不仅可以从量子计算技术中受益,还可以影响该技术的发展速度。量子电路将在推动量子和EDA之间的协同作用中发挥关键作用。就像标准单元库成为CMOS技术和大多数EDA工具之间最重要的抽象,并催生了四十年的EDA创新和设计师生产力一样,量子电路可以在量子计算中释放出类似的创新。
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