噪声量子处理器上不同寄存器量子比特数的量子相位估计算法性能比较

Jinyoung Ha, Jun Heo
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引用次数: 2

摘要

在将量子算法作为量子电路实现的过程中,需要考虑实际量子计算机的错误率。本文通过仿真验证了单控制量子比特量子相位估计算法在噪声量子处理器上的性能优于多控制量子比特量子相位估计算法。我们使用QISKit来模拟量子相位估计算法。我们在考虑IBM Q量子处理器错误率的情况下进行了仿真。比较了单控制量子位量子相位估计算法与多控制量子位量子相位估计算法的错误率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance Comparison of Quantum Phase Estimation Algorithm with Different Number of Register Qubits on Noisy Quantum Processor
In the process of implementing a quantum algorithm as a quantum circuit, the error rate of an actual quantum computer should be considered. In this paper, we confirm through simulation that the one control qubit quantum phase estimation algorithm performs better than the many control qubit quantum phase estimation algorithm on the noisy quantum processor. We use QISKit to simulate a quantum phase estimation algorithm. We performed the simulation considering the error rate of the IBM Q quantum processor. The error rate of the one control qubit quantum phase estimation algorithm is compared with the many control qubit quantum phase estimation algorithm.
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