محاسبات کوانتومی - Quantum-Computing
عنوان انگلیسی مقاله:
Private Computation of Phylogenetic Trees Based on Quantum Technologies
ترجمه فارسی عنوان مقاله:
محاسبات خصوصی درختان فیلوژنتیک بر اساس فناوری های کوانتومی
ieee - ieee Access;2022;10; ;10:1109/ACCESS:2022:3158416
MANUEL B. SANTOS 1,2, ANA C. GOMES3, ARMANDO N. PINTO 4,5, (Senior Member, IEEE), AND PAULO MATEUS
Individuals’ privacy and legal regulations demand genomic data be handled and studied
with highly secure privacy-preserving techniques. In this work, we propose a feasible Secure Multiparty
Computation (SMC) system assisted with quantum cryptographic protocols that is designed to compute a
phylogenetic tree from a set of private genome sequences. This system significantly improves the privacy
and security of the computation thanks to three quantum cryptographic protocols that provide enhanced
security against quantum computer attacks. This system adapts several distance-based methods (Unweighted
Pair Group Method with Arithmetic mean, Neighbour-Joining, Fitch-Margoliash) into a private setting
where the sequences owned by each party are not disclosed to the other members present in the protocol.
We theoretically evaluate the performance and privacy guarantees of the system through a complexity
analysis and security proof and give an extensive explanation about the implementation details and cryptographic protocols. We also implement a quantum-assisted secure phylogenetic tree computation based on
the Libscapi implementation of the Yao, the PHYLIP library and simulated keys of two quantum systems:
Quantum Oblivious Key Distribution and Quantum Key Distribution. This demonstrates its effectiveness
and practicality. We benchmark this implementation against a classical-only solution and we conclude that
both approaches render similar execution times, the only difference being the time overhead taken by the
oblivious key management system of the quantum-assisted approach.
INDEX TERMS: Genomics | phylogenetic trees | privacy | quantum oblivious transfer | quantum secure multiparty computation | security.
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