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2014•Repositori ObertUDL (University of Lleida)Open access

Design and implementation of an Electronic Voting system based on homomorphic tallying of votes

Andriy Bakshalov

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Abstract

Today cryptography is an important part over the internet communication. Voting is one of the most important things in every country. For this purpose we want to implement an electronic voting process based on the homomorphic property to show that this process is easy and can be a lot more secure than the traditional one. At this project we propose to design and implement a simulation of a real electronic voting process with Paillier encryption scheme.

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What this paper is about

Today cryptography is an important part over the internet communication. Voting is one of the most important things in every country. For this purpose we want to implement an electronic voting process based on the homomorphic property to show that this process is easy and can be a lot more secure than the traditional one. At this project we propose to design and implement a simulation of a real electronic voting process with Paillier encryption scheme.

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Available abstract

Today cryptography is an important part over the internet communication. Voting is one of the most important things in every country. For this purpose we want to implement an electronic voting process based on the homomorphic property to show that this process is easy and can be a lot more secure than the traditional one. At this project we propose to design and implement a simulation of a real electronic voting process with Paillier encryption scheme.

Key concepts: Homomorphic encryption, Electronic voting, Computer science, Voting, Computer security, Cryptography, Paillier cryptosystem, Process (computing)

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