Raspberry Pi voting system, a reliable technology for transparency in democracy

P. Vamsikrishna, Sonti Dinesh Kumar, Dinesh Bommisetty, Akshat Tyagi
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引用次数: 6

Abstract

Voting process takes the significant part of democratic systems. In most of the developing countries, paper ballot method is still being used. Information technology also has offered significant advantages and facilities to improve the quality of voting process. Digital recording electronic systems are developed replacing paper ballots. Although this is a great advancement, this process is prone to tampering threats and electoral frauds. This paper presents a new voting process which makes use of Raspberry Pi which has improved reliability and transparency over currently used systems. This system employs biometric identifiers in pursuit of authenticity. Pre collected details of all the voters in the country will be maintained as a central database by the government. This data is rechecked at the time of voting to ensure the identity of voters. Usage of Raspberry Pi for web casting the complete voting process and time to time display of polling percentage etc., details will tremendously affect the reliability of the process. Transparency and minimum usage of personnel is achieved at a cheaper cost and simpler process with this Raspberry Pi and its peripherals.
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树莓派投票系统,民主透明的可靠技术
选举程序是民主制度的重要组成部分。在大多数发展中国家,仍在使用纸质选票方法。信息技术也为提高投票过程的质量提供了显著的优势和便利。开发了数字记录电子系统来取代纸质选票。虽然这是一个巨大的进步,但这一过程容易受到篡改威胁和选举欺诈的影响。本文提出了一种利用树莓派的新的投票过程,它比目前使用的系统提高了可靠性和透明度。该系统采用生物特征识别来追求真实性。预先收集的全国所有选民的详细信息将由政府作为中央数据库进行维护。这些数据在投票时被重新检查,以确保选民的身份。使用树莓派进行网络投票,完整的投票过程和定时显示投票百分比等,细节将极大地影响过程的可靠性。透明和最少的人员使用以更便宜的成本和更简单的过程与这个树莓派及其外围设备实现。
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