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Actively Secure Two-Party Evaluation of Any Quantum Operation

机译:主动确保任何量子操作的两方评估

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We provide the first two-party protocol allowing Alice and Bob to evaluate privately even against active adversaries any completely positive, trace-preserving map J ∈ L(A_(in) ⊕ B_(in)) —> L(A_(out) ⊕ B_(out)), given as a quantum circuit, upon their joint quantum input state p_(in) € D(A_(in) ⊕ B_(in)). Our protocol leaks no more to any active adversary than an ideal functionality for J provided Alice and Bob have the cryptographic resources for active secure two-party classical computation. Our protocol is constructed from the protocol for the same task secure against specious adversaries presented in [4].
机译:我们提供了第一个两方协议,允许Alice和Bob甚至可以针对活动对手私下评估任何完全肯定的,保留迹线的地图J∈L(A_(in)⊕B_(in))—> L(A_(out)⊕ B_(out)),作为一个量子电路,在其联合量子输入状态p_(in)€D(A_(in)⊕B_(in))时给出。只要Alice和Bob具有用于主动安全两方经典计算的密码资源,我们的协议就不会向J的理想功能泄漏给任何主动的对手。我们的协议是根据针对相同任务的协议构建的,可以防止[4]中提出的恶意对手。

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