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This chapter explores the verification of quantum circuits using simulation and random stimuli. It introduces three schemes for generating quantum stimuli, which offer a trade-off between error detection rate and efficiency. The chapter demonstrates that even a small number of randomly chosen stimuli can achieve high error detection rates in quantum circuits. Empirical evaluations confirm the effectiveness of these schemes, marking a significant step in simulative verification of quantum circuits.

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Random Stimuli Generation for the Verification of Quantum Circuits

  • 章节

  • 发表日期：

    2026年

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  • Lukas Burgholzer,
  • Robert Wille

摘要

This chapter explores the verification of quantum circuits using simulation and random stimuli. It introduces three schemes for generating quantum stimuli, which offer a trade-off between error detection rate and efficiency. The chapter demonstrates that even a small number of randomly chosen stimuli can achieve high error detection rates in quantum circuits. Empirical evaluations confirm the effectiveness of these schemes, marking a significant step in simulative verification of quantum circuits.