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首页> 外文会议>2016 International Conference on Informatics and Computing >Okamoto-Uchiyama homomorphic encryption algorithm implementation in e-voting system
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Okamoto-Uchiyama homomorphic encryption algorithm implementation in e-voting system

机译：冈本-内山同态加密算法在电子投票系统中的实现

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摘要

Nowadays, the use of electronic voting in an election has been widely adopted as a replacement for conventional voting system. Apart from the benefits of using this system, in fact, there are still many problems that can occur, such as system errors, network security, data confidentiality, and others. One of the main problems is it does not guarantee the confidentiality and accuracy of the data that to be stored and used. Cryptography is the science of mathematical techniques to secure the message offer solutions for the related problems. This research implements Okamoto-Uchiyama algorithm as the offered solutions that utilize cryptography on the security of e-voting system to ensure the security and confidentiality of the voting data, as well as utilizing the homomorphic properties of this algorithm to do the counting. This algorithm will hide the data by encrypting the votes that chosen by the voters and the system can perform calculations using the data that still encrypted without having to be decrypted first.
机译：如今，在选举中使用电子投票已被广泛采用，以代替常规投票系统。除了使用该系统的好处之外，实际上，仍然可能发生许多问题，例如系统错误，网络安全性，数据机密性等。主要问题之一是它不能保证要存储和使用的数据的机密性和准确性。密码学是确保信息安全的数学技术，它为相关问题提供了解决方案。本研究将冈本内山算法作为提供的解决方案，将加密技术应用于电子投票系统的安全性，以确保投票数据的安全性和机密性，并利用该算法的同态性质进行计数。该算法将通过加密选民选择的选票来隐藏数据，并且系统可以使用仍加密的数据执行计算，而无需先解密。

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