Secure Client- Server Delegated Computation: Difference between revisions

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===Classical Online Communication-No Quantum Communication===
===Classical Online Communication-No Quantum Communication===
It involves a fully classical Client exchanging classical messages with the server throughout. This can be achieved by protocols achieving the functionality of generating random qubits at a distance, known as Random Qubit Generators (RQG). One such protocol is a pseudo-secret RQG [[Pseudo-Secret Random Qubit Generator|(PSRQG)]], also called Q-Factory. Client uses a classical channel to instruct a Server to create a required set of qubits, hiding her (Client's) real inputs. A verification of PSRQG protocol is still an open question.
It involves a fully classical Client exchanging classical messages with the server throughout. This can be achieved by protocols achieving the functionality of generating random qubits at a distance, known as Random Qubit Generators (RQG). One such protocol is a pseudo-secret RQG [[Pseudo-Secret Random Qubit Generator|(PSRQG)]], also called Q-Factory. Client uses a classical channel to instruct a Server to create a required set of qubits, hiding her (Client's) real inputs. One could use PSQRG to implement UBQC/QFHE to achieve delegated quantum computation without a quantum channel only over classical network. A verification of PSRQG protocol is still an open question.


===Classical Offline Communication-Quantum Offline Communication===  
===Classical Offline Communication-Quantum Offline Communication===  
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