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Quantum circuit physical design flow for the multiplexed trap architecture

机译:多路复用陷阱架构的量子电路物理设计流程

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Physical design is the second process in the design flow of quantum circuits that receives a netlist as input and generates a layout at a target technology. Quantum physical design problem is intractable. This process tackles the operation scheduling, placement, and qubit routing problems. Some approaches have been proposed for the physical design in ion trap technology that is currently one of the most advanced quantum technologies. These methods do not use all capabilities of the technology. Focusing on this issue, in this paper, a physical design flow is proposed for the multiplexed trap architecture utilizing the capabilities provided by the technology not considered by other approaches to improve the latency and area metrics. Experimental results show that the proposed approach decreases the average latency of quantum circuits by about 39.5% for the attempted benchmarks. (C) 2016 Elsevier B.V. All rights reserved.
机译:物理设计是量子电路设计流程中的第二个过程,该过程接收网表作为输入并以目标技术生成布局。量子物理设计问题是棘手的。此过程解决了操作计划,放置和量子位路由的问题。已经提出了一些用于离子阱技术的物理设计的方法,该技术是目前最先进的量子技术之一。这些方法并未使用该技术的所有功能。着眼于这个问题,在本文中,针对多路复用陷阱体系结构提出了一种物理设计流程,该流程利用了该技术提供的功能,而其他方法并未考虑这些功能来改善延迟和面积指标。实验结果表明,对于尝试的基准测试,该方法将量子电路的平均等待时间减少了约39.5%。 (C)2016 Elsevier B.V.保留所有权利。

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