Prepare-and-Send Universal Blind Quantum Computation: Difference between revisions

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== Properties ==
== Properties ==
 
*(m,n) define dimensions of the brickwork state
 
* This protocol is secure against [[malicious|malicious adversary]] setting
===Parameters===
*The Protocol needs Client to be able to prepare given initial quantum states
* (m,n) define dimensions of the brickwork state
*The Protocols needs a quantum channel from Client to Server to transfer initial quantum states
===Performance===
*This protocol requires no quantum memory for the Client
*This protocol requires no quantum memory for the Client
* ''Universality'' As brickwork states are universal for X-Y plane measurements, the protocol is universal. This protocol uses approximate universality although exact universality can be achieved if Client if allowed to communicate real numbers.
*''Universality'' As brickwork states are universal for X-Y plane measurements, the protocol is universal. This protocol uses approximate universality although exact universality can be achieved if Client if allowed to communicate real numbers.
* ''Correctness'' If Client and Server follow protocols 1a-1c as described above, the outcome will be correct.
*''Correctness'' If Client and Server follow the protocol as described above, the outcome will be correct.
* ''Blindness'' Protocols 1a-1c are blind while leaking at most (m,n) to the Server
*''Blindness'' The protocol is blind while leaking at most (m,n) to the Server
*The protocol is unconditionally secure i.e. no matter what Server does he cannot learn Client's inputs/outputs/computation.


== Pseudo-Code==
== Pseudo-Code==
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