Multi-Party Computation Blockchain Voting: How combining two new technologies could constitute a major innovation for democratic elections

Pombo Ball, Alexander

Master

Open access

English

Multi-Party Computation Blockchain Voting: How combining two new technologies could constitute a major innovation for democratic elections

ContributorsPombo Ball, Alexander

DirectorsStojanovic, Nenad

Defense date2023-09-12

Abstract

Multi-Party Computation Blockchain Voting: How combining two new technologies could constitute a major innovation for democratic elections.

Affiliation

Faculté des sciences de la société / Département de science politique et relations internationales

Citation (ISO format)

POMBO BALL, Alexander. Multi-Party Computation Blockchain Voting: How combining two new technologies could constitute a major innovation for democratic elections. 2023.

Master thesis

Identifiers

PID : unige:177925

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32downloads

Creation06/17/2024 7:03:54 PM

First validation06/18/2024 6:57:41 AM

Update time08/13/2024 7:49:24 AM

Status update08/13/2024 7:49:24 AM

Last indexation08/13/2024 7:49:28 AM

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Multi-Party Computation Blockchain Voting: How combining two new technologies could constitute a major innovation for democratic elections

Multi-Party Computation Blockchain Voting: How combining two new technologies could constitute a major innovation for democratic elections.

Technical informations