This paper defines a blockchain e-voting scheme to preserve voter-to-ballot unlinkability and voter-privacy through encryption and verifiable signatures. The proposed system holds data-validity with blockchain’s immutability properties and distributed ledger rather than using a centralized authority. With other papers focusing on blockchain e-voting to keep the public from counting their vote twice, we plan on keeping a private linkable key to make sure that no vote is counted twice, but anyone can change their vote later on. This problem showed to be difficult given that we need to preserve voter unlinkability, until they want to re-vote while also not relying too much off of a governing authority to keep track of personal identity
Conventional electronic voting systems use a centralized scheme. A central administration of these s...
Voting systems have been around for hundreds of years and despite different views on t...
This paper discusses secure methods to conduct e-voting over a blockchain in three different setting...
Anonymity and privacy in the electoral process are mandatory features found in any democratic societ...
Current electronic voting protocol require a centralized system to control the whole procedure from ...
Voting is absolutely important in a democratic society as it gives people a right and a chance to e...
Both E-Voting and blockchain are popular topics these years. Although a blockchain seems to be a pro...
E-voting methods have become increasingly popular in recent years due to the rapid growth of interne...
As the electoral system is an essential element for the survival of democracy, this paper aims to r...
Democratic voting is a crucial and serious event in any place, the current election scheme in any pl...
Improving the voting system has become a widely discussed issue. Paper-based elections are not safe ...
A democratic election is a crucial event in any country. Therefore, the government of the country is...
Electronic voting or e-voting has been used in varying forms since 1970s with fundamental benefits o...
Security and trust are seen as the most important issues in electronic voting systems. Therefore, it...
Electronic voting is one of the most challenging cryptographic problems, since the developed system ...
Conventional electronic voting systems use a centralized scheme. A central administration of these s...
Voting systems have been around for hundreds of years and despite different views on t...
This paper discusses secure methods to conduct e-voting over a blockchain in three different setting...
Anonymity and privacy in the electoral process are mandatory features found in any democratic societ...
Current electronic voting protocol require a centralized system to control the whole procedure from ...
Voting is absolutely important in a democratic society as it gives people a right and a chance to e...
Both E-Voting and blockchain are popular topics these years. Although a blockchain seems to be a pro...
E-voting methods have become increasingly popular in recent years due to the rapid growth of interne...
As the electoral system is an essential element for the survival of democracy, this paper aims to r...
Democratic voting is a crucial and serious event in any place, the current election scheme in any pl...
Improving the voting system has become a widely discussed issue. Paper-based elections are not safe ...
A democratic election is a crucial event in any country. Therefore, the government of the country is...
Electronic voting or e-voting has been used in varying forms since 1970s with fundamental benefits o...
Security and trust are seen as the most important issues in electronic voting systems. Therefore, it...
Electronic voting is one of the most challenging cryptographic problems, since the developed system ...
Conventional electronic voting systems use a centralized scheme. A central administration of these s...
Voting systems have been around for hundreds of years and despite different views on t...
This paper discusses secure methods to conduct e-voting over a blockchain in three different setting...