Privacy-Preserving E-Voting System Supporting Score Voting Using Blockchain

A Practical Privacy Preserving E-Voting Protocol Using Dynamic Ballots

We describe a practical e-voting protocol which guarantees e-voting protocol requirements: eligibility, privacy, accuracy, fairness, receipt-freeness, uncoercibility, robustness and verifiability. Unlike existing blind signature based protocols, in which the authority blindly signs ballot or part of ballot, the authority in our protocol blindly signs voter’s pseudo identity. Hereafter, voter be...

An E-voting Protocol Based on Blockchain

Because of the properties such as transparency, decentralization, irreversibility, nonrepudiation, etc., blockchain is not only a fundamental technology of great interest in its own right, but also has large potential when integrated into many other areas. In this paper, based on the blockchain technology, we propose a decentralized e-voting protocol, without the existence of a trusted third pa...

Using blockchain for enabling internet voting

Voting is an inherent process in a democratic society. Other methods for expressing the society participants’ will for example caucuses in US party elections or Landsgemeine in Switzerland can be inconvenient for the citizens and logistically difficult to organize. Furthermore, beyond inconvenience, there may be legitimate reasons for not being able to take part in the voting process, e.g. bein...

Ranking units in DEA by using the voting system

Official Voting System for Electronic Voting: E-vote

This paper describes the Official voting system by electronic ballot: E-Vote, which aims to streamline primary electoral processes performed in the country, beginning with the District Federal benefits and improvements. The principal benefices are economic and ecological time, taking into account process security features and the integrity of the captured votes. This system represents an altern...