Quantum Cryptographic Key Distribution in Optical Networks - Al-janabi, Sufyan
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Quantum cryptography is a new branch of cryptology and physics that relies on the use of protocols designed to exploit quantum mechanical phenomena to guarantee the secrecy of cryptographic keys. The purpose of the quantum key distribution is for two or more correspondents, who share no secret information initially, to agree on random keys, which remain secret against attacks from more powerful analytic or computational tools. In this work, several novel secure optical communication network models are presented. The security of these network models is achieved using quantum cryptographic key…mehr

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Produktbeschreibung
Quantum cryptography is a new branch of cryptology and physics that relies on the use of protocols designed to exploit quantum mechanical phenomena to guarantee the secrecy of cryptographic keys. The purpose of the quantum key distribution is for two or more correspondents, who share no secret information initially, to agree on random keys, which remain secret against attacks from more powerful analytic or computational tools. In this work, several novel secure optical communication network models are presented. The security of these network models is achieved using quantum cryptographic key distribution. Both point-to-point and multiple access broadcast networks are considered. Furthermore, in developing these models, the simplicity, generality and flexibility are highly maintained. Thus, it is possible to use these models efficiently for software simulation purposes
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Autorenporträt
Prof. Dr. Sufyan T. Faraj Al-Janabi obtained his Ph.D. (1999) in Electronic and Communications Engineering from Nahrain University in Baghdad. His research interest includes computer networks and information security. He is the winner of the Best Research Paper Award in Information Security from the Association of Arab Universities (AARU) in 2003.