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Classical Fully Homomorphic Encryption for Quantum Circuits: Difference between revisions
Classical Fully Homomorphic Encryption for Quantum Circuits (edit)
Revision as of 07:30, 11 July 2019
, 11 July 2019→Notation
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*<math>s</math>: concatenated pad key elements | *<math>s</math>: concatenated pad key elements | ||
*<math>c=HE.Enc_{pk}(s)</math> Encryption of s using public key <math>pk</math> via classical HE encryption step. | *<math>c=HE.Enc_{pk}(s)</math> Encryption of s using public key <math>pk</math> via classical HE encryption step. | ||
*<math>\hat{c}</math>: converted c using classical HE | *<math>\hat{c}</math>: converted c using classical HE in order to use it with <math>AltHE</math> | ||
* <math>\tilde{x}^{[l]}</math>: <math>l^{th}</math> bit of encrypted pad key | * <math>\tilde{x}^{[l]}</math>: <math>l^{th}</math> bit of encrypted pad key | ||
* <math>L_c</math>: depth of a layer of circuit where each layer contains Clifford gates and Toffoli gates | * <math>L_c</math>: depth of a layer of circuit where each layer contains Clifford gates and Toffoli gates | ||