Write, autoreview, editor, reviewer
3,125
edits
Prepare-and-Send Verifiable Universal Blind Quantum Computation: Difference between revisions
Prepare-and-Send Verifiable Universal Blind Quantum Computation (edit)
Revision as of 05:55, 14 June 2019
, 14 June 2019→Outline
No edit summary |
|||
| Line 11: | Line 11: | ||
This protocol is a modified version of [[Prepare-and-Send Universal Blind Quantum Computation]], which is based on [[MBQC]]. Here a powerful adversarial server is delegated with quantum computation while maintaining the privacy. Any computational deviations by this server are detected by high probability. This is achieved by insertion of randomly prepared and blindly isolated single qubits in the computation, which act as a trap (trap qubits), hence assisting the client in verification. | This protocol is a modified version of [[Prepare-and-Send Universal Blind Quantum Computation]], which is based on [[MBQC]]. Here a powerful adversarial server is delegated with quantum computation while maintaining the privacy. Any computational deviations by this server are detected by high probability. This is achieved by insertion of randomly prepared and blindly isolated single qubits in the computation, which act as a trap (trap qubits), hence assisting the client in verification. | ||
The [[Supplementary Information#Brickwork States|brickwork states]] used in [[Prepare-and-Send Universal Blind Quantum Computation]] are modified to a [[cylinder brickwork states]] which enables the client to embed a trap qubit surrounded by multiple dummy qubits without disrupting the computation. This state is universal and maintains the privacy of the client's preparation. | |||
The [[ | |||
<br></br> | <br></br> | ||
The dummy qubits here do not take part in the actual computation as they are disentangled from the rest of the qubits of the graph state. Hence by adding them to the neighbouring nodes of the trap qubits, they are blindly isolated and thus do not interfere with the actual computation. The dummy qubits are added next to the trap qubit in a tape format. | The dummy qubits here do not take part in the actual computation as they are disentangled from the rest of the qubits of the graph state. Hence by adding them to the neighbouring nodes of the trap qubits, they are blindly isolated and thus do not interfere with the actual computation. The dummy qubits are added next to the trap qubit in a tape format. | ||