Classical Fully Homomorphic Encryption for Quantum Circuits: Difference between revisions

Classical Fully Homomorphic Encryption for Quantum Circuits (edit)

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 == Hardware Requirements ==
-*The concerned protocol requires classical HE scheme. The communication can be performed over a classical network with only one quantum node (in case of classical input and output).
+*'''Network Stage:''' [[:Category:Quantum Memory Network Stage|Quantum Memory]] [[Category:Quantum Memory Network Stage]]
+*'''Required Network Parameters:'''
+**'''<math>\epsilon_j</math>''', which measures the error due to noisy operations.
+**Number of communication rounds
+**Circuit depth
+**Number of physical qubits used
+*The concerned protocol requires classical HE scheme.
+*Classical offline communication links
+*Communication can be performed over a classical network with only one quantum node (in case of classical input and output).
 *The functions <math>f_0, f_1</math> used must be trapdoor claw-free(TCF) such that one it is not possible to find a triple <math>(\mu_0,\mu_1,y)</math> such that <math>f_0(\mu_0)=f_1(\mu_1)=y</math>
-*One of the nodes require quantum memory, hence, this protocol belongs to Quantum Memory Network Stage.
 == Pseudocode==