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

Prepare-and-Send Verifiable Universal Blind Quantum Computation (edit)

47 bytes added , 15 June 2019

Write, autoreview, editor, reviewer

3,125

edits

@@ Line 16: / Line 16: @@
 * '''Client's preparation''': The partially quantum client prepares the quantum states with embedded traps qubits and sends them to the server for creation of the cylinder brickwork state.
-** For the server to create a cylinder brickwork state, the client prepares <math>m*n</math> single qubit states. The first <math>n</math> qubit input states are specially encoded and [[quantum one time pad]] is applied to these states with randomly chosen keys.
+** For the server to create a cylinder brickwork state, the client prepares <math>m*n</math> single qubit states. The first <math>n</math> qubit input states are specially encoded and [[Supplementary Information#Quantum One Time Pad|Quantum one time pad]] is applied to these states with randomly chosen keys.
 ** Then the client randomly selects one qubit as the trap qubit and corresponding to the graph of cylinder brickwork state, all the other qubits in the tape are set as the dummy qubits. The trap qubit is prepared with the local phase angle set to <math>0</math>. The dummy qubits isolate the trap qubit from the graph state.
 ** The remaining non-input qubit states (not including the dummy states and trap qubit) are prepared with randomly chosen local phase angles.