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• Category:Fully Quantum Computing Network Stage
  ...stage comprises of a fully connected network where each node constitutes a quantum computer. [[Category:Network Stages]]
  3 members (0 subcategories, 0 files) - 04:14, 11 July 2019
• Category talk:Fully Quantum Computing Network Stage
  11 bytes (1 word) - 00:24, 11 July 2019
• Category:Few-Qubits Fault Tolerant Quantum Computing Network Stage
  ...ter. Fault tolerance implies that all error parameters of a quantum memory network can be made negligible by adding more resources. Here the number of qubits tolerant scheme. However, this does not imply that the entire network can be simulated efficiently or that there would exist equivalent classical
  0 members (0 subcategories, 0 files) - 04:12, 11 July 2019
• Category talk:Few-Qubits Fault Tolerant Quantum Computing Network Stage
  11 bytes (1 word) - 23:43, 10 July 2019

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• Category:Few-Qubits Fault Tolerant Quantum Computing Network Stage
  ...ter. Fault tolerance implies that all error parameters of a quantum memory network can be made negligible by adding more resources. Here the number of qubits tolerant scheme. However, this does not imply that the entire network can be simulated efficiently or that there would exist equivalent classical
  0 members (0 subcategories, 0 files) - 04:12, 11 July 2019
• Byzantine Agreement
  ...cal problem concerned with reaching agreement on a single bit of data in a network of <math>n</math> players, out of which <math>t</math> players may be fault ...][[Category:Specific Task]], consensus task, failure-resilient distributed computing.
  3 KB (454 words) - 03:53, 20 October 2022
• Secure Client- Server Delegated Computation
  ...ee main stages, Preparation Stage, Computation Stage and Output Correction Stage. The roles of Client and Server in the different stages may differ accordin ...on]], [[:Category: Quantum Functionality|Quantum Functionality]][[Category:Quantum Functioanlity]]
  8 KB (1,043 words) - 18:57, 21 December 2020
• Quantum Leader Election
  The parties do not trust each other and can use both classical and quantum channels to communicate. It is an extension of the coin tossing problem to ...ti Party Protocols]], [[:Category:Quantum Enhanced Classical Functionality|Quantum Enhanced Classical Functionality]], [[:Category:Specific Task|Specific Task
  5 KB (772 words) - 16:26, 12 November 2019
• Quantum Strong Coin Flipping
  The parties do not trust each other and can only use classical and quantum channels to communicate. ...wo Party Protocols]], [[:Category:Quantum Enhanced Classical Functionality|Quantum Enhanced Classical Functionality]], [[:Category:Specific Task|Specific Task
  7 KB (1,282 words) - 21:10, 7 June 2020
• Fast Quantum Byzantine Agreement
  ...k in the strongest possible failure model (called Byzantine failures). The quantum protocol is provably faster than any classical protocol. ...][[Category:Specific Task]], consensus task, failure-resilient distributed computing
  13 KB (2,013 words) - 16:19, 16 October 2019
• Measurement-Only Universal Blind Quantum Computation
  ...m Computation#Properties|blindness]] and [[Secure Client- Server Delegated Quantum Computation#Properties|universality]].</br></br> ...entary Information#Measurement Based Quantum Computation|Measurement Based Quantum Computation (MBQC)]],
  9 KB (1,388 words) - 13:06, 25 October 2019
• Pseudo-Secret Random Qubit Generator (PSQRG)
  ...gnatures etc.. which need user to share his/her private quantum key over a quantum channel. *Quantum Task
  14 KB (2,246 words) - 16:44, 16 October 2019
• Arbitrated Quantum Digital Signature
  ...with the seller) keys are classical in nature, however the signature has a quantum nature. This scheme is based on public-key cryptography where the seller's '''Tags:''' [[Quantum Digital Signature]], Public key cryptography, [[:Category: Specific Task|Sp
  15 KB (2,456 words) - 16:26, 16 October 2019