论文标题
量子功能测试原理
Principles of quantum functional testing
论文作者
论文摘要
随着量子信息处理设备的商业可用性的增加，将出现有效测试其指定功能的需求。完整的量子通道表征不超出一个或两个量子位最简单的量子通道的问题。量子功能测试导致结果问题，结果与拒绝或接受生产者的主张相对应的结果，即设备参数在某些规格范围内。在这种情况下，我们介绍和分析三种可以加快此决策问题的成分：频道的迭代，有效的决策标准和非怪兽自适应实验设计。
With increasing commercial availability of quantum information processing devices the need for testing them efficiently for their specified functionality will arise. Complete quantum channel characterization is out of the question for anything more than the simplest quantum channels for one or two qubits. Quantum functional testing leads to a decision problem with outcomes corresponding to rejection or acceptance of the claim of the producer that the device parameters are within certain specifications. In this context, we introduce and analyse three ingredients that can speed up this decision problem: iteration of the channel, efficient decision criteria, and non-greedy adaptive experimental design.
