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Design and Implementation of Secure Remote e-Voting System Using Homomorphic Encryption

Internet polling also known as “e-voting” became popular in past few years, since it reduces the tallying cost and time, increases the number of voter participation, also reduces the human resources and the traditional work that means less fraud and corruption. In this paper, a remote e-Voting system is designed and implemented using homomorphic encryption. The homomorphic property in ElGamal cryptosystem are exploited to achieve two im-portant voting requirements: ﬁrst, the security of device used for electronic voting by voter. Second, the voter has the ability to choice willfully and uncoercionly. The general voting system requirements such as eligibility, privacy, accuracy, fairness, Receipt-freeness, coercion resis-tance, mobility, simplicity, individual veriﬁability, scalability and availability are also achieved in the system.