E-voting system using blockchain with network security

S. Ravikumar, K. A. Kumar, V. Sathana
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引用次数: 1

Abstract

Bitcoin presents a progressive decentralized agreement system. Be that as it may, Bitcoin-determined agreement instruments connected to open blockchain are deficient for the organization's situations of maturing group blockchain. We have proposed an agreement calculation named as Proof of Vote (POV). The agreement is enabled by the circulating hubs managed by community accomplices, who will go through voting to a collective statement. The main concept is to build up different security characters to organize members, with accommodation target. Furthermore, confirmation of the squares is chosen by the organizations' voting in the class without relying upon an outsider middle person or then again wild open mindfulness. Contrasted and the completely decentralized consensus-Proof of Work (POW), POV has controllable security, joining dependability, a single square affirmation to achieve conclusiveness of the exchange, and a low-delay confirmation time for the exchange.Even during difficult times like a pandemic situation like Covid 19 and apocalyptic conditions, elections can happen as usual without any disturbance. © 2021 Karadeniz Technical University. All rights reserved.
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使用区块链和网络安全的电子投票系统
比特币是一种渐进的去中心化协议体系。尽管如此,与开放区块链相关的比特币决定的协议工具对于该组织成熟的区块链组的情况是缺乏的。我们提出了一种称为投票证明(POV)的协议计算。该协议是由社区共犯管理的循环中心实现的,这些共犯将通过投票来达成集体声明。主要的理念是建立不同的安全字符来组织成员,有住宿目标。此外,正方形的确认是由组织在课堂上的投票来选择的,而不依赖于一个局外人的中间人,也不依赖于狂野的开放意识。与完全去中心化的共识——工作量证明(POW)相比,POV具有可控的安全性、加入可靠性、单方确认实现交易的结实性、低延迟的交易确认时间。即使在像Covid - 19这样的大流行病和世界末日这样的困难时期,选举也可以像往常一样不受干扰地进行。©2021卡拉德尼兹技术大学。版权所有。
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