Editing Measurement-Only Verifiable Universal Blind Quantum Computation (section)

==Outline==

This protocol is based on MBQC and is mainly derived from Measurement-Only Universal Blind Quantum Computation. In this protocol, the server prepares and sends the resource state to the client, whereas the client performs measurements on the received states. The server is considered to be a general adversary and any computational deviations can be detected in this method by the client. 
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By performing measurements, the client creates the final state to be a mixture of resource state and trap qubits, in a random distribution. If the measurement of all the trap qubits matches the expected outcome, then it shows with high probability that the server is honest and has not deviated from the protocol.  
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This protocol is dived into two stages: Servers' preparation and Client's measurement.
* '''Server's preparation''': Server prepares the resource graph state required for MBQC by the Client. The server sends each qubit of this state to the Client, one by one. 
* '''Client's Measurement'''
** The client receives the qubits from the server and measures them in order to finally create an n-qubit state with the server, following the principle of MBQC. This n-qubit state comprises of randomly distributed resource state of measurement-based quantum computation and trap qubits. Based on [[no-signaling principle]], the server can never find out about the random distribution pattern. 
** On receiving the final n-qubit state, the client performs the measurement on these states with certain corrections. If the measurement of all the traps matches the expected outcome, the results are accepted otherwise the protocol is aborted.