Thanks to the Internet, voters can cast their ballots over the electronic voting (E-voting) systems conveniently and efficiently without going to the polling stations. However, existing E-voting protocols suffer from anonymity issues and/or high deployment overhead. In this paper, we design a practical anonymous E-voting protocol (referred to as MVP) based on a novel data collection technique called dual random matrix masking (DRMM), which guarantees anonymity with low overhead of computation, and achieves the security goals of receipt-freeness, double voting detection, fairness, ballot secrecy, and integrity. Through extensive analyses on correctness, efficiency, and security properties, we demonstrate our proposed MVP protocol can be applied to E-voting in a variety of situations with accuracy and anonymity.
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