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InfoResearchPeer-reviewed
Quantum Fourier Transformation and Clifford Gate-Driven Secure Communication Model for Smart Grid Environments
- Published
- Record updated
Summary
The authors propose QC-EAM, a quantum encryption and Quantum Fourier Transformation (QFT) based model for secure data communication and aggregation of smart grid power consumption data. The scheme encrypts user data with truly random keys and uses group homomorphism of Clifford Gates to evaluate encrypted quantum states. It was evaluated through classical simulations and on an actual quantum system provisioned through the IBM Qiskit platform, with the security analysis claiming perfect security via maximally mixed states.