https://orcid.org/0000-0002-6314-3725 (2021) Designing large quantum key distribution networks via medoid-based algorithms. Future Generation Computer Systems, 115 . pp. 814-824.
Quantum network materializes the paradigm change caused by the depletion of classical computation. Quantum networks have been built gathering reliable quantum repeaters connected by optical fiber networks. The need to build robust and resilient networks against hacking attacks is fundamental in the design of the future quantum Internet, detecting structural security as the major issue in the current development of the technology. A network management method is proposed to achieve its real-time adaptation and to protect itself against sabotage or accidents that render part of the network or its nodes useless.
Modern cryptography -as it was conceived -is under a threat by the development of quantum mechanics applications. The abilities of quantum computers for solving complex mathematical problems, as a strong computational novelty, is the root of that risk. The main challenge is to find commercial exploits of quantum properties and developments, following these directions for both, theoretic and test tube environments.This work proposes a pilot experiment that implements a quantum communication system on a commercial fiber optic network, covering an area of almost 100,000 km 2 .
Las redes cuánticas materializan el cambio de paradigma provocado por el agotamiento de la computación clásica. Hasta ahora, se han construido redes cuánticas agrupando repetidores cuánticos confiables unidos por redes de fibra óptica. La necesidad de construir redes robustas y resilientes ante ataques se hace fundamental en el diseño del futuro Internet cuántico. Proponemos un método de gestión de la red que permita a esta adaptarse en tiempo real y protegerse frente a sabotajes o accidentes que inutilicen parte de la red o de sus nodos.
Las redes cuánticas materializan el cambio de paradigma provocado por el agotamiento de la computación clásica. Hasta ahora, se han construido redes cuánticas agrupando repetidores cuánticos confiables unidos por redes de fibra óptica. La necesidad de construir redes robustas y resilientes ante ataques se hace fundamental en el diseño del futuro Internet cuántico. Proponemos un método de gestión de la red que permita a esta adaptarse en tiempo real y protegerse frente a sabotajes o accidentes que inutilicen parte de la red o de sus nodos.
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