In this paper, we present a framework of adversary models regarding e-voting systems, and analyze possible threats to voting privacy under each model. Based on ...

We thus design and im- plement Koinonia, a voting system that provides long-term privacy against powerful adversaries and enables anyone to verify that each ...

Ensuring Privacy. Approach 1: Use shuffling/mixing. ○ First shuffle the ballot, then decrypt the ballots. ○ Publish a ZK proof of shuffling correctness.

Based on our analysis, we argue that secret-sharing based voting protocols offer a more natural and elegant privacy-preserving solution than their encryption- ...

Koinonia: verifiable e-voting with long-term privacy. Ge, H., Chau, S. Y., Gonsalves, V. E, Li, H., Wang, T., Zou, X., & Li, N. In Proceedings of the 35th ...

Huian Li's 7 research works with 67 citations, including: Koinonia: verifiable e-voting with long-term privacy.

Jan 12, 2023 · Koinonia: verifiable e-voting with long-term privacy. In ACSAC 2019 ... Verifiable Internet Elections with Ever- lasting Privacy and Minimal Trust ...

Apr 27, 2023 · Koinonia: verifiable e-voting with long-term privacy. In Proceedings of the 35th Annual Computer Security Applications Conference, ACSAC '19 ...

This work systematically analyze all e-voting protocols designed to provide everlasting privacy, and offers a well - founded reference point for conducting ...

Koinonia: verifiable e-voting with long-term privacy. In Proceedings of the 35th Annual Computer Security Applications. Conference, pages 270–285, 2019. [50] ...