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Architecture of Multicast Network Based on Quantum Secret Sharing and Measurement

Ahmed F. Metwaly, Magdi Z. Rashad, Fatma A. Omara, Adel A. Megahed

Published Jan 1, 2015• 4 citations
OpenAlex

Abstract

1 Senior lecturer, Information Technology Department, AL-Zahra College for women, Oman 2 Professor of Computer Sciences , Faculty of Computer and Information Sciences, Mansoura University, Egypt 3 Professor of Computer Sciences, Faculty of Computer and Information Sciences , Cairo University, Egypt 4 Professor of Engineering Mechanics, Faculty of Engineering, Cairo University, Egypt ---------------------------------------------------------------------***--------------------------------------------------------------------Abstract Multicast Classical transmission means

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1 Senior lecturer, Information Technology Department, AL-Zahra College for women, Oman 2 Professor of Computer Sciences , Faculty of Computer and Information Sciences, Mansoura University, Egypt 3 Professor of Computer Sciences, Faculty of Computer and Information Sciences , Cairo University, Egypt 4 Professor of Engineering Mechanics, Faculty of Engineering, Cairo University, Egypt ---------------------------------------------------------------------***--------------------------------------------------------------------Abstract Multicast Classical transmission means
Mathematics Department, Faculty of Science,Al-Azher University, Nassr City 11884, Cairo, Egypt(Received November 13, 2007)A new state of the electromagnetic field is introduced. It is a correlated three-modestate but in finite dimensions. Based on the resonant ion-cavity interaction, we propose ascheme to generate these states, revealing their connection with the nonlinear three-modeinteraction. A relation to the realization of the SU(2) algebra is sought. We also investigatesome of their non-classical properties.
Recent advancements in quantum computing have sparked tremendous interest among students, professors, and enthusiasts, driving a surge in exploration and inquiry. To harness this momentum effectively, collaboration between research institutions, universities, and enthusiast communities is imperative. Furthermore, there's a pressing need to enhance quantum literacy among students and experts from allied fields such as engineering and computer science, which necessitates the development of educational programs specifically tailored to their needs. This paper delves into the collaborative initiatives orchestrated between the Department of Science and Technology-Advanced Science and Technology Institute (DOST-ASTI), universities, and enthusiast communities to bolster quantum education and awareness in the Philippines. Through presentations delivered to five universities, a hackathon co-hosted with OneQuantum Philippines, and a lecture series in alliance with the Polytechnic University of the Philippines (PUP) engineering faculty, these initiatives aim to ignite interest, offer hands-on experience, and foster a sustainable ecosystem for quantum education and research. By emphasizing the pivotal role of multi-stakeholder engagement, this paper underscores the transformative potential of collective efforts in propelling quantum science and engineering education not only within the Philippine context but also on a broader global scale.
我们建议量秘密与单个光子和单一的转变在艾莉斯的组和鲍勃的组之间分享的一个计划。在协议，在艾莉斯的组的一个成员处于四个不同状态之一准备单个光子的一个序列，当另外的成员直接经由单一的操作在单个光子的顺序上编码他们的信息时；在那以后，最后成员送单个光子的顺序给鲍勃的组。当时，鲍勃是除了最后一个，同样作功。最后，在鲍勃的组的最后成员测量 qubits。如果量隧道的安全被一些测试保证，那么， qubit 状态由艾莉斯的组的最后成员送了能作为关键位被使用秘密分享。这个计划是安全的，这被显示出。