Zero knowledge proof for secure two-party computation with malicious adversaries in distributed networks

• DOI: 10.1504/ijcse.2018.093809
• Publication Date: 2018-08-07T07:31:07Z
• Authors: Xiaoyi Yang; Meijuan Huang
• Keywords: Zero-knowledge proof; Homomorphic Encryption; Secure two-party computation; Commitment scheme

Distributed networks remarkably enhance the convenience of network connectivity. How to achieve efficient cooperative computation while preserving data privacy is a challenge in scenario distributed networks. Secure computation, as key technology information security and protection networks, attracts more attention. In paper, we develop protocols secure two-party presence malicious adversaries which are constructed with homomorphic probabilistic cryptosystem, propose four honest-verifier zero-knowledge proof detect two cheating behaviours adversary. The proposed targeted than existing work. analysis shows that complete, sound zero-knowledge. As an application, show how use our protocol cheating, can make it adversaries.