Electronic Voting Recording System Based on Blockchain Technology

Agbesi, Samuel; Asante, George

doi:10.1109/cmi48017.2019.8962142

Cited by 21 publications

(15 citation statements)

References 2 publications

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“…15 Agbesi and Asante describe a blockchain-based voting system to support elections in Africa. 16 Vijayalakshmi and Vimal explore how to maintain voter secrecy in keeping blockchain data encrypted. 17 It is necessary to closely monitor the behavior of the voting processes in order to detect signs of tampering or malfunction.…”

Section: Enhancing the Electronic Voting Processmentioning

confidence: 99%

Enhancing Electronic Voting With A Dual-Blockchain Architecture

Leune

Punjwani²

2021

ledger

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Voting is one of the most fundamental aspects of democracy. Over the past few decades, voting methods around the world have expanded from traditional paper ballot systems to electronic voting (e-voting), in which votes are written directly to computer memory. Like any computer system, voting machines are susceptible to technical vulnerabilities that open up opportunities for hackers to tamper with votes, causing the use of electronic voting technology to raise concerns about ballot security. We describe how electronic voting can be supported by blockchain technology to ensure voter secrecy, vote correctness, and equal voting rights. In this paper, we present a system using two separate blockchains, each with separate transactions and consensus algorithms. We describe a prototype implementation that validates our ideas by executing several proof-of-concept simulations of a range of voting scenarios.

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Section: Enhancing the Electronic Voting Processmentioning

confidence: 99%

Enhancing Electronic Voting With A Dual-Blockchain Architecture

Leune

Punjwani²

2021

ledger

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“…As a result, the uniqueness of the Nash equilibrium arrival rate p e of transactions is difficult to be proved strictly. For this, we carry out analysis experiments based on (14) and (15) to continue investigate the Nash equilibrium behavior and socially optimal behavior of transactions.…”

Section: A Nash Equilibrium Behavior and Socially Optimal Behaviormentioning

confidence: 99%

“…Blockchain technology has been applied in the fields of managing medical information [4]- [6], cloud computing [7]- [9], Internet of Things (IoT) [10]- [12], smart voting [13]- [15] and security services [16]- [18]. Considering the third-party's security of cross-domain image sharing, Patel, V. developed a distributed data store framework based on blockchain technology [4].…”

Section: Introductionmentioning

confidence: 99%

Nash Equilibrium and Social Optimization of Transactions in Blockchain System Based on Discrete-Time Queue

Jin

2020

IEEE Access

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Blockchain technology has been used in many fields such as data management, cloud computing and Internet of Things with the features of decentralization, transparency and immutability. In order to study the performance of a blockchain system with a light-load traffic, we establish a discrete-time non-exhaustive vacation queue with batch service and gated service. In this model, we regard transaction initiation, mining processing and block verification as arrival, vacation and service period, respectively. By using an embedded Markov chain method and a regeneration cycle approach, we derive the average response time of transactions. Experiment results with analysis and simulation show that the average response time of transactions is impacted by the arrival rate of transactions. Finally, we study the Nash equilibrium behavior and the socially optimal behavior of transactions, and present a pricing policy for transactions to maximize the social profit. INDEX TERMS Blockchain system, discrete-time vaction queue, regeneration cycle, response time, pricing policy.

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“…The new cryptographic cipher will be the basis for the current study, it is based precisely on the presence of only two keys, which are public and private [19], [20]. Nevertheless, it is worth to mention that regarding this encryption method is also used in order to decrypt information, meaning that one requires the other, i.e.…”

Section: Phase III -Encrypted Votingmentioning

confidence: 99%

“…All this data will be necessary to enter the integral system of electronic voting, this avoids the impersonation of the voter [31]and then leading to the next screen. Likewise, in the screen shown in Figure 13, the security and integrity of the data of the electronic voting process is a system that must be transparent and reliable, as well as safeguard the identity of the voters [9].The challenge at this step is the need to achieve the anonymity of the citizens, in other words, to eliminate the identity of the voter [19]. As a basic function of this solution, Blockchain technology has been identified as sufficiently addressing all these challenges [34].…”

Section: Case Studymentioning

confidence: 99%

Design of a Mobile App with the Use of Machine Learning for the Monitoring of Coronavirus Patients (COVID 19) In Peru

Delgado

Huamaní²,

Gomero-Fanny

et al. 2020

IJETER

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In Peru the electoral process as well as the approval of national projects are affected by the delay of the process since these decisions are usually carried out in the traditional way, that is to say, through paper and pencil voting; besides that it includes administrative expenses and efforts that could be replaced by a better option. For this reason, a new integral system of electronic voting is intended to be developed, based on the Scrum methodology. With this objective, the panoramic data of the country is evaluated to verify the viability of the project; therefore, the present study is decided to concentrate in the area of metropolitan Lima and its municipalities to be able to reach a platform that allows the fast and easy election or approval of national subjects in an anonymous way, like the traditional, and secure. The results of this study will serve as a basis for local and national authorities to consider the implementation of the platform as well as benefit the scientific community by addressing e-voting in detail.

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Electronic Voting Recording System Based on Blockchain Technology

Cited by 21 publications

References 2 publications

Enhancing Electronic Voting With A Dual-Blockchain Architecture

Enhancing Electronic Voting With A Dual-Blockchain Architecture

Nash Equilibrium and Social Optimization of Transactions in Blockchain System Based on Discrete-Time Queue

Design of a Mobile App with the Use of Machine Learning for the Monitoring of Coronavirus Patients (COVID 19) In Peru

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