DVTChain: A blockchain-based decentralized mechanism to ensure the security of digital voting system voting system

Alvi, Syada Tasmia; Uddin, Mohammed Nasir; Islam, Linta; Ahamed, Sajib

doi:10.1016/j.jksuci.2022.06.014

Cited by 21 publications

(14 citation statements)

References 22 publications

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“…In the Ethereum 2.0 upgrade, switching to the PoS consensus protocol from the PoW protocol will enable the Ethereum blockchain system to use less energy in terms of arithmetic power, conserving energy while creating a more elaborate network architecture (Alvi et al, 2022) that can achieve a TPS of 100,000 (Khoury et al, 2022). In Proof of Stake, different nodes store only part of the data, and the elected committee is responsible for voting to verify the blocks.…”

Section: Consensus Layer Scalingmentioning

confidence: 99%

An overview of blockchain efficient interaction technologies

Liu

He²,

Li³

et al. 2023

Front. Blockchain

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The successful operation of Bitcoin has made its underlying blockchain technology receive wide attention. As the application scenarios of blockchain technology are enriched, the requirements for its performance are getting higher. Therefore, it is of utmost importance to effectively solve the problem of high-performance data interaction in the blockchain. In this paper, based on relevant domestic and foreign research literature, we start from the development history of blockchain technology and review the relevant research work on improving the performance of blockchain from three perspectives: on-chain interaction technology, off-chain interaction technology, and cross-chain interaction technology in turn. The on-chain and off-chain interaction technologies improve performance by improving the architecture of the blockchain system. The performance improvement solution of on-chain interaction technology is to modify and optimize the basic protocol and architecture of the blockchain itself to achieve a performance improvement. Still, the impact of this approach is limited in terms of performance improvement. The performance improvement solution of off-chain interaction technology is to transfer part of the data processing to off-chain and only return the final result to on-chain for storage and recording, which reduces the burden of on-chain operation and improves the efficiency of data processing. In terms of cross-chain interaction technology, this paper analyses four mainstream technology, namely, Notary Scheme, Side chain and Chain relay, Hash-Locking, and Distributed Private Key Control, and ultimately concludes through comparative analysis that cross-chain technology has a significant impact on improving blockchain performance. Finally, the paper provides a systematic overview of the above and an outlook on the possible future development of technologies related to enhancing blockchain performance.

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Section: Consensus Layer Scalingmentioning

confidence: 99%

An overview of blockchain efficient interaction technologies

Liu

He²,

Li³

et al. 2023

Front. Blockchain

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“…La primera fase consistió en la recolección de información necesaria para llevar a cabo la ejecución del trabajo. Entre las variables genéricas que el prototipo necesita para realizar la recolección de los datos están: humedad y temperatura, la caracterización de los sensores para el procesamiento de la información, la caracterización de los módulos de comunicación, la descripción de los escenarios y protocolos de comunicación (Alvi et al, 2022).…”

Section: Metodologíaunclassified

“…Las facilidades de acceso a estos recursos en línea ayudan en la implementación y estudio de sistemas distribuidos de sensores que permitan desarrollar una análisis de la realidad ambiental dentro de zonas cerradas y abiertas, lo que ha posibilitado diseñar sistemas inteligentes de control ya sea de ventilación, temperatura, humedad y aire acondicionado que, aprovechando la información proporcionada por los sensores, se pueden recolectar grandes cantidades de datos de estudio, por ello es importante conocer cómo se encuentran diseñados los componentes y factores que interactúan dentro del sistema (Alvi et al, 2022).…”

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Sistema distribuido de sensores de bajo consumo para monitorear variables ambientales en espacios interiores

Palacios

Plaza

Lino

2022

easi

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En los últimos años el análisis de calidad de aire y condiciones ambientales en entornos interiores ha sido un tema muy relevante, debido a que las personas pasan alrededor del 80% de su día a día dentro de edificios, casas, aulas, oficinas, etc. En vista de la importancia del estudio de esta temática, en el presente trabajo se describe como se llevó a cabo el desarrollo de un prototipo de una red distribuida de sensores medioambientales, que permitan medir las variables ambientales de humedad y temperatura, con sensores eficientes, de bajo costo y bajo consumo energético. Este sistema permite la monitorización en 3 puntos locales distintos dentro de un entorno ambiental diferente, ubicados en puntos estratégicos que permitan obtener una diferente muestra. Los prototipos captan las mediciones de las variables ambientales y las almacena en una base de datos contenida en un servidor web para después ser presentada al usuario final, las mediciones se realizan y visualizan en tiempo real

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“…Voting is a crucial step that allows citizens choose their government's head of state. A democratic, unbiased, and independent electoral system is required [1]. The most common method of expressing public opinion is through elections, which allow voters to choose their representative from a field of contenders.…”

Section: Introductionmentioning

confidence: 99%

A Systematic Survey on E-VOTING SYSTEM USING BLOCKCHAIN TECHNOLOGY

Kadam

2024

IJSREM

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Abstract–An electronic voting system based on blockchain technology, addressing the challenges of traditional paper ballots and digital voting methods. The system aims to provide security, integrity, transparency, and privacy for voters. It evaluates various blockchain frameworks and proposes a novel e-voting system that can be particularly useful for small-scale elections within corporate environments. The implementation relies on Ethereum’s smart contracts, with development and testing facilitated by the Truffle framework and Ganache as the Ethereum client for testing. It also highlights the historical challenges in developing secure electronic voting systems that balance fairness and privacy with transparency and flexibility. The paper explores the application of blockchain technology in addressing these issues, emphasizing the potential of distributed ledger technology for hosting nationwide elections securely and cost-effectively. The paper also underscores the significance of blockchain technology in ensuring anonymity, privacy, verifiability, and fairness in the voting process. Keywords- Blockchain, Decentralized, Ethereum, E-Voting, Smart Contracts.

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DVTChain: A blockchain-based decentralized mechanism to ensure the security of digital voting system voting system

Cited by 21 publications

References 22 publications

An overview of blockchain efficient interaction technologies

An overview of blockchain efficient interaction technologies

Sistema distribuido de sensores de bajo consumo para monitorear variables ambientales en espacios interiores

A Systematic Survey on E-VOTING SYSTEM USING BLOCKCHAIN TECHNOLOGY

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