基于全同态加密电子投票方案的研究

Research Based on Fully Homomorphic Encrypted Electronic Voting Scheme

本文提出了一种能够进行任意次加乘运算的基于无噪声的全同态加密算法,以及椭圆曲线数字签名算法等技术来实现安全的电子投票方案,并给出了方案的安全性分析。该方案较好地解决了电子投票中的匿名性、完整性和公开可验证性难题,实现了安全、公开、公平和公正的电子投票。

This paper proposes a noise-free fully homomorphic encryption algorithm capable of performing arbitrary multiplication operations, and an elliptic curve digital signature algorithm to implement a secure e-voting scheme, and gives a security analysis of the scheme. The scheme solves the prob-lems of anonymity, integrity and public verifiability in e-voting, and achieves secure, open, fair and just e-voting.