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Secure Client- Server Delegated Computation: Difference between revisions
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Secure Client- Server Delegated Computation (view source)
Revision as of 15:02, 10 October 2018
, 10 October 2018→Classical Offline Communication-No Quantum Communication
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===Classical Offline Communication-No Quantum Communication=== | ===Classical Offline Communication-No Quantum Communication=== | ||
It involves a fully classical Client assign quantum computation to a Server on her classical input/output using only classical communication during the preparation stage and output correction. There is no communication between the two parties during computation stage. It uses only classical [[Supplementary Information#Homomorphic Encryption|Homomorphic Encryption]] and no quantum gadgets to realize a quantum functionality. Quantum offline communication would be needed in case of quantum input/output. A verification scheme for such protocols is still an open question. Class of protocols under this category are: | It involves a fully classical Client assign quantum computation to a Server on her classical input/output using only classical communication during the preparation stage and output correction. There is no communication between the two parties during computation stage. It uses only classical [[Supplementary Information#Homomorphic Encryption|Homomorphic Encryption]] and no quantum gadgets to realize a quantum functionality. Quantum offline communication would be needed in case of quantum input/output. A verification scheme for such protocols is still an open question. Class of protocols under this category are: | ||
*Quantum Capable Classical Fully Homomorphic Encryption [[Classical Fully Homomorphic Encryption for Quantum Circuits|'''(FHE) for Quantum Circuits''']] | *Quantum Capable Classical Fully Homomorphic Encryption [[Classical Fully Homomorphic Encryption for Quantum Circuits|'''(FHE) for Quantum Circuits''']] | ||
== Use Case == | == Use Case == | ||