可信投票:使用区块链重新定位投票

A. Goel, Aditi Rai, Anushree Narain, Ashish Richard, Kunal Kumar
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引用次数: 0

摘要

投票是每个国家表达自己选择的基本要素。目前,使用电子投票机进行投票可能会被篡改,从而导致错误的选举结果。因此,本研究引入了一个在线投票系统。电子投票机(E-Voting machine)是将选举意见以数字方式记录、保存、存储和处理的投票机器,与传统的纸质投票方式相比,它使投票控制项目更加复杂。选举委员会组织选举,并与政党一起征集政党候选人参加竞选。本文采用以下思路,通过两组不同的模块:选举委员会和选民。选举的REST API安排在以太坊的区块链上,这是前端。然后将选票存储在区块链架构中,选举委员会向其授予选票数量。然而,由于区块链架构不能在主网上运行,因为它必须托管,并且由于缺乏公共API可用性,必须使用单独的web3提供程序与之交互,因此存在一些限制。
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Trusted Vote: Reorienting eVoting using Blockchain
Voting is the essential element for each nation to express one’s choice. Nowadays, Electronic Voting Machines (EVMs) are used to poll which may be tampered resulting in incorrect election results. Therefore, an online voting system has been introduced in this research. An Electronic Voting (E-Voting) machine is a balloting machine wherein the election opinions are notated, saved, stored, and processed digitally, which makes the balloting control project complicated than the conventional paper based method. The Election Commission forms elections and enlist party candidates along with the parties for contesting the election. This paper works with the following ideas by having the two different sets of modules: election commission and the voters. An election’s REST API is arranged on Ethereum’s Blockchain, which is the front end. The votes are then stored on the blockchain architecture, to which the Election Commission grants the number of votes. However, there are some limitations due to the fact that the blockchain architecture cannot run on the main net as it must be hosted, and a separate web3 provider must be used for interacting with it due to the lack of public API availability.
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