A hybrid homomorphic-encryption and secret-sharing protocol is designed for distributed P2P energy trading, with a claimed provable range for the random encryption coefficient that the numerical test setup does not actually satisfy.
Online optimization for real-time peer-to-peer electricity market mechanisms,
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Privacy-Preserving Peer-to-Peer Energy Trading via Hybrid Secure Computations
A hybrid homomorphic-encryption and secret-sharing protocol is designed for distributed P2P energy trading, with a claimed provable range for the random encryption coefficient that the numerical test setup does not actually satisfy.